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Right ureteropelvic junction obstruction. Robotic-assisted pyeloplasty, anterograde right ureteral stent placement, transposition of anterior crossing vessels on the right, and nephrolithotomy.

Surgery

Pyeloplasty - Robotic

PROCEDURES:,1. Robotic-assisted pyeloplasty.,2. Anterograde right ureteral stent placement.,3. Transposition of anterior crossing vessels on the right.,4. Nephrolithotomy.,DIAGNOSIS:, Right ureteropelvic junction obstruction.,DRAINS:,1. Jackson-Pratt drain times one from the right flank.,2. Foley catheter times one.,ESTIMATED BLOOD LOSS: , Less than 30 cc.,COMPLICATIONS: , None.,SPECIMENS:,1. Renal pelvis.,2. Kidney stones.,INDICATIONS: ,The patient is a 30-year-old Caucasian gentleman with history of hematuria subsequently found to have right renal stones and patulous right collecting system with notable two right crossing renal arteries. Up on consideration of various modalities and therapy, the patient decided to undergo surgical therapy.,PROCEDURE IN DETAIL: ,The patient was verified by armband and the procedure being robotic-assisted right pyeloplasty with nephrolithotomy was verified, and the procedure was carried out. After institution of general endotracheal anesthesia and intravenous preoperative antibiotics, the patient was positioned into the right flank position with his right flank elevated. Great care was taken to pad all pressure points and a right arm hanger was used. The patient was flexed slightly, and a kidney rest was used. Sequential compression devices were also placed. Next, the patient was prepped and draped in normal sterile fashion with povidone-iodine. Pneumoperitoneum was obtained by placing a Veress needle in the area of the umbilicus after it passed the water test. A low pressure, high flow pneumoperitoneum was adequately obtained using CO2 gas. Next, a 12-mm camera port was placed near the umbilicus. The camera was inserted, and no bowel injury was seen. Next, under direct vision flanking 8 mm camera ports, a 12 mm assist port, a 5 mm liver retraction port, and 5 mm assist port were placed. The robot was docked and the instruments passed through respective checks. Initial attention was directed to mobilizing the right colon from the abdominal wall totally medially. Next, the right lateral duodenum was cauterized for further access to the right retroperitoneum. At this point, the right kidney was in clear view, and the fascia was entered. Initial attention was directed at careful dissection of the renal pelvis and proximal ureter which was done with a combination of electrocautery and blunt dissection. It became readily apparent that there were two crossing vessels one in the medial inferior region of the kidney and another one in the most inferior portion of the lower pole. These arteries were dissected carefully and vessel loops were applied. Next, a small hole was then made in the renal pelvis using electrocautery and the contents of the renal pelvis were suctioned out. The pyelotomy was extended so that the renal collecting system could be directly inspected. Sequentially, each major calyx was inspected under direct vision and irrigated. A total of four round kidney stones were extracted to be sent for analysis to being satisfied for the patient. At this point, we directed our attention at the proximal right ureter which was dismembered from the remaining renal pelvis. The proximal ureter was spatulated using cold scissors. Next, redundant renal pelvis was excised using cold scissors and sent for permanent section. We then identified the most inferior/dependent portion of the renal pelvis and placed a heel stitch at this for ureteral-renal pelvis anastomosis in a semi running fashion. 3-0 Monocryl sutures were used to re-anastomose the newly spatulated right ureter to the inferior portion of the renal pelvis. Next, remainder of the pyelotomy was closed to itself also using 2-0 Monocryl sutures. Before final stitches were placed, a 6x28 ureteral stent was placed anterograde. This was accomplished by placing the stents over a guidewire, placing the guidewire under direct vision anterograde through the ureter. This was done until the proximal end was in the renal pelvis, the guidewire was removed, and good proximal curl was verified by direct vision. Then, the pyelotomy was completely closed again with 2-0 Monocryl sutures. Next, attention was directed at transposition of the crossing renal artery by fixing it with Vicryl suture that would impinge less upon the renal pelvis. Good pulsation was verified by direct vision proximal and distal to these pexy sutures. Next, Gerota's fascia was reapproximated and closed with Vicryl sutures as was the right peritoneum. Hemostasis appeared excellent at this point. There was no obvious urine extravasation. At this time, the procedure was terminated. The robot was undocked. Under direct visualization all 8 and 12 mm ports were closed at the level of the fascia with 0 Vicryl sutures in an interrupted fashion. Then, all skin port sites were closed with 4-0 Monocryl in a subcuticular fashion and Dermabond and band-aids were applied over this. Also, notably a Jackson-Pratt drain was placed in the area of the right kidney and additional right flank stab incision. The patient tolerated the procedure well and no immediate perioperative complication was noted.,DISPOSITION: , The patient was discharged to Post Anesthesia Care Unit and subsequently to genitourinary floor to begin his recovery.

surgery, pyeloplasty, ureteral stent placement, nephrolithotomy, ureteropelvic junction obstruction, jackson-pratt drain, foley catheter, renal pelvis, kidney stones, monocryl sutures, pelvis, renal, ureteropelvic, sutures,

Punch biopsy of right upper chest skin lesion.

Surgery

Punch Biopsy - 1

PROCEDURE:, Punch biopsy of right upper chest skin lesion.,ESTIMATED BLOOD LOSS:, Minimal.,FLUIDS: , Minimal.,COMPLICATIONS:, None.,PROCEDURE:, The area around the lesion was anesthetized after she gave consent for her procedure. Punch biopsy including some portion of lesion and normal tissue was performed. Hemostasis was completed with pressure holding. The biopsy site was approximated with non-dissolvable suture. The area was hemostatic. All counts were correct and there were no complications. The patient tolerated the procedure well. She will see us back in approximately five days.,

surgery, punch biopsy, skin lesion,

Macular edema, right eye. Insertion of radioactive plaque, right eye with lateral canthotomy. The plaque was positioned on the scleral surface immediately behind the macula and secured with two sutures of 5-0 Dacron. The placement was confirmed with indirect ophthalmoscopy.

Surgery

Radioactive Plaque - Insertion

PREOPERATIVE DIAGNOSIS:, Macular edema, right eye.,POSTOPERATIVE DIAGNOSIS: ,Macular edema, right eye.,TITLE OF OPERATION: , Insertion of radioactive plaque, right eye with lateral canthotomy.,OPERATIVE PROCEDURE IN DETAIL: ,The patient was prepped and draped in the usual manner for a local eye procedure. Initially, a 5 cc retrobulbar injection of 2% Xylocaine was done. Then, a lid speculum was inserted and the conjunctiva was incised 4 mm posterior to the limbus. A 2-0 silk traction suture was placed around the insertion of the lateral rectus muscle and, with gentle traction, the temporal one-half of the globe was exposed. The plaque was positioned on the scleral surface immediately behind the macula and secured with two sutures of 5-0 Dacron. The placement was confirmed with indirect ophthalmoscopy. Next, the eye was irrigated with Neosporin and the conjunctiva was closed with 6-0 plain catgut. The intraocular pressure was found to be within normal limits. An eye patch was applied and the patient was sent to the Recovery Room in good condition. A lateral canthotomy had been done.

surgery, canthotomy, ophthalmoscopy, radioactive plaque, scleral surface, macular edema, lateral canthotomy, macular

Radical retropubic prostatectomy, robotic assisted and bladder suspension. Adenocarcinoma of the prostate.

Surgery

Prostatectomy - Robotic Radical Retropubic

PREOPERATIVE DIAGNOSIS: , Adenocarcinoma of the prostate.,POSTOPERATIVE DIAGNOSIS: , Adenocarcinoma of the prostate.,PROCEDURE,1. Radical retropubic prostatectomy, robotic assisted.,2. Bladder suspension.,ANESTHESIA:, General by intubation.,The patient understands his diagnosis, grade, stage and prognosis. He understands this procedure, options to it and potential benefits from it. He strongly wishes to proceed. He accepts all treatment-associated risks to include but not be limited to bleeding requiring transfusion; infection; sepsis; heart attack; stroke; bladder neck contractures; need to convert to an open procedure; urinary fistulae; impotence; incontinence; injury to bowel/rectum/bladder/ureters, etc.; small-bowel obstruction; abdominal hernia; osteitis pubis/chronic pelvic pain, etc.,DESCRIPTION OF THE CASE: ,The patient was taken to the operating room, given a successful general anesthetic, placed in the lithotomy position, prepped with Betadine solutions and draped in the usual sterile fashion. My camera ports were then placed in the standard fan array. A camera port was placed in the midline above the umbilicus using the Hasson technique. The balloon port was placed, the abdomen insufflated, and all other ports were placed under direct vision. My assistant was on the right. The patient was then placed in the steep Trendelenburg position, and the robot brought forward and appropriately docked.,I then proceeded to drop the bladder into the peritoneal cavity by incising between the right and left medial umbilical ligaments and carrying that dissection laterally along these ligaments deep into the pelvis. This nicely exposed the space of Retzius. I then defatted the anterior surface of the prostate and endopelvic fascia.,The endopelvic fascia was then opened bilaterally. The levator ani muscles were carefully dissected free from the prostate and pushed laterally. Dissection was continued posteriorly toward the bundles and caudally to the apex. The puboprostatic ligaments were then transected. A secure ligature of 0 Vicryl was placed around the dorsal venous complex.,I then approached the bladder neck. The anterior bladder neck was transected down to the level of the Foley catheter, which was lifted anteriorly in the wound. I then transected the posterior bladder neck down to the level of the ampullae of the vas. The ampullae were mobilized and transected. These were lifted anteriorly in the field, exposing the seminal vesicles, which were similarly mobilized. Hemostasis was obtained using the bipolar Bovie.,I then identified the Denonvilliers fascia, and this was incised sharply. Dissection was continued caudally along the anterior surface of the rectum and laterally toward the bundles. I was able to then identify the pedicles over the seminal vesicles, which were hemoclipped and transected.,The field was then copiously irrigated with sterile water. Hemostasis was found to be complete. I then carried out a urethrovesical anastomosis. This was accomplished with 3-0 Monocryl ligatures. Two of these were tied together in the midline. They were placed at the 6 o'clock position, and one was run in a clockwise and the other in a counterclockwise direction to the 12 o'clock position where they were securely tied. A new Foley catheter was then easily delivered into the bladder and irrigated without extravasation. The patient was given indigo carmine, and there was prompt blue urine in the Foley., ,I then carried out a bladder suspension. This was done in hopes of obtaining early urinary control. This was accomplished with 0 Vicryl ligatures. One was placed at the bladder neck and through the dorsal venous complex and then the other along the anterior surface of the bladder to the posterior surface of the pubis. This nicely re-retroperitonealized the bladder.,The prostate was then placed in an Endocatch bag and brought out through an extended camera port incision. A JP drain was brought in through the 4th arm port and sutured to the skin with 2-0 silk. The camera port fascia was closed with running 0 Vicryl. The skin incisions were closed with a running, subcuticular 4-0 Monocryl.,The patient tolerated the procedure very well. There were no complications. Sponge and instrument counts were reported correct at the end of the case.

surgery, adenocarcinoma, prostate, radical retropubic prostatectomy, robotic assisted, bladder, uspension, bladder neck, intubation, robotic, retropubic, prostatectomy

Open radical retropubic prostatectomy with bilateral lymph node dissection.

Surgery

Prostatectomy

PREOPERATIVE DIAGNOSIS:, Prostate cancer, Gleason score 4+3 with 85% burden and 8/12 cores positive.,POSTOPERATIVE DIAGNOSIS:, Prostate cancer, Gleason score 4+3 with 85% burden and 8/12 cores positive.,PROCEDURE DONE: , Open radical retropubic prostatectomy with bilateral lymph node dissection.,INDICATIONS:, This is a 66-year-old gentleman who had an elevated PSA of 5. His previous PSAs were in the 1 range. TRUS biopsy revealed 4+3 Gleason score prostate cancer with a large tumor burden. After extensive counseling, the patient elected for retropubic radical prostatectomy. Given his disease burden, it was advised that an open prostatectomy is probably the standard of care to ensure entire excision. The patient consented and agreed to proceed forward.,DESCRIPTION OF PROCEDURE: , The patient was brought to the operating room here. Time out was taken to properly identify the patient and procedure going to be done. General anesthesia was induced. The patient was placed in the supine position. The bed was flexed distant to the pubic area. The patient's lower abdominal area, pubic area, and penile and scrotal area were clipped, and then scrubbed with Hibiclens soap for three minutes. The patient was then prepped and draped in normal sterile fashion. Foley catheter was inserted sterilely in the field. Preoperative antibiotics were given within 30 minutes of skin incision. A 10 cm lower abdominal incision was made from the symphysis pubis towards the umbilicus. Dissection was taken down through Scarpa's fascia to the level of the anterior rectus sheath. The rectus sheath was then incised and the muscle was split in the middle. Space of rectus sheath was then entered. The Bookwalter ring was then applied to the belly, and the bladder was then retracted to the right side, thus exposing the left obturator area. The lymph node packet on the left side was then dissected. This was done in a split and roll fashion with the flimsy tissue, and the left external iliac vein was incised, and the tissues were then rolled over the left external iliac vein. Dissection was carried down from the left external iliac vein to the obturator nerve and up to the level of the pelvic sidewall. The proximal extent of dissection was the left hypogastric artery to the level of the node of Cloquet distally. Care was taken to avoid injury to the nerves. An accessory obturator vein was noted and was ligated. The same procedure was done on the right side with dissection of the right obturator lymph node packet, which was sent for pathologic evaluation. The bladder subsequently was retracted cephalad. The prostate was then defatted up to the level of the endopelvic fascia. The endopelvic fascia was then incised bilaterally, and the incision was then taken to the level of the puboprostatic ligaments. Vicryl stitch was then applied at the level of the bladder neck in order to control the bladder back bleeders. A Babcock was then applied around the dorsal venous complex over the urethra and the K-wire was then passed between the dorsal vein complex and the urethra by passing by the aid of a right angle. A 0-Vicryl stitch was then applied over the dorsal venous complex, which was then tied down and cinched to the symphysis pubis. Using a knife on a long handle, the dorsal venous complex was then incised using the K-wire as a guide. Following the incision of the dorsal venous complex, the anterior urethra was then incised, thus exposing the Foley catheter. The 3-0 Monocryl sutures were then applied going outside in on the anterior aspect of the urethra. The lateral edges of the urethra were also then incised, and two lateral stitches were also applied going outside end. The catheter was then drawn back at the level of membranous urethra, and a final posterior stitch was applied going outside end. The urethra was subsequently divided in its entirety. A Foley catheter was then taken out and was inserted directly into the bladder through the prostatic apex. The prostate was then entered cephalad, and the prostatic pedicles were then systematically taken down with the right angle clips and cut. Please note that throughout the case, the patient was noted to have significant oozing and bleeding partially from the dorsal venous complex, pelvic veins, and extensive vascularity that was noted in the patient's pelvic fatty tissue. Throughout the case, the bleeding was controlled with the aid of a clips, Vicryl sutures, silk sutures, and ties, direct pressure packing, and FloSeal. Following the excision of the prostatic pedicles, the posterior dissection at this point was almost complete. Please note that the dissection was relatively technically challenging due to extensive adhesions between the prostate and Denonvilliers' fascia. The seminal vesicle on the left side was dissected in its entirety; however, the seminal vesicle on the right side was adherently stuck to the Denonvilliers' fascia, which prompted the excision of most of the right seminal vesicle with the exception of the tip. Care was taken throughout the posterior dissection to preserve the integrity of the ureters. The anterior bladder neck was then cut anteriorly, and the bladder neck was separated from the prostate. Following the dissection, the 5-French feeding tubes were inserted bilaterally into the ureters thus insuring their integrity. Following the dissection of the bladder from the prostate, the prostate at this point was mobile and was sent for pathological evaluation. The bladder neck was then repaired using Vicryl in a tennis racquet fashion. The rest of the mucosa was then everted. The ureteral orifices and ureters were protected throughout the procedure. At this point, the initial sutures that were applied into the urethra were then applied into the corresponding position on the bladder neck, and the bladder neck was then cinched down and tied down after a new Foley catheter was inserted through the penile meatus and into the bladder pulling the bladder in position. Hemostasis was then adequately obtained. FloSeal was applied to the pelvis. The bladder was then irrigated. It was draining pink urine. The wound was copiously irrigated. The fascia was then closed using a #1 looped PDS. The skin wound was then irrigated, and the skin was closed with a 4-0 Monocryl in subcuticular fashion. At this point, the procedure was terminated with no complications. The patient was then extubated in the operating room and taken in stable condition to the PACU. Please note that during the case about 3600 mL of blood was noted. This was due to the persistent continuous oozing from vascular fatty tissue and pelvic veins as previously noted in the dictation.

surgery, bilateral lymph node dissection, retropubic prostatectomy, radical retropubic prostatectomy, gleason score, prostate cancer, trus, biopsy, bilateral lymph node, lymph node dissection, catheter was inserted, bilateral lymph, node dissection, vicryl stitch, prostatic pedicles, pelvic veins, external iliac, iliac vein, seminal vesicle, lymph node, foley catheter, dorsal venous, venous complex, bladder neck, dissection, prostatectomy, bladder, endopelvic, vicryl, catheter, vein, venous, fascia, dorsal, urethra,

Radical retropubic nerve-sparing prostatectomy without lymph node dissection.

Surgery

Prostatectomy - Nerve Sparing

PREOPERATIVE DIAGNOSIS: ,Prostate cancer.,POSTOPERATIVE DIAGNOSIS:, Prostate cancer.,OPERATION PERFORMED:, Radical retropubic nerve-sparing prostatectomy without lymph node dissection.,ESTIMATED BLOOD LOSS: , 450 mL.,REPLACEMENT:, 250 mL of Cell Saver and crystalloid.,COMPLICATIONS: , None.,INDICATIONS OF SURGERY: , This is a 67-year-old man with needle biopsy proven to be Gleason 6 adenocarcinoma in one solitary place on the right side of the prostate. Due to him being healthy with no comorbid conditions, he has elected to undergo surgical treatment with radical retropubic prostatectomy. Potential complications include, but are not limited to:,1. Infection.,2. Bleeding.,3. Incontinence.,4. Impotence.,5. Injury to the adjacent viscera.,6. Deep venous thrombosis.,PROCEDURE IN DETAIL: , Prophylactic antibiotic was given in the preoperative holding area, after which the patient was transferred to the operating room. Epidural anesthesia and general endotracheal anesthesia were administered by Dr. A without any difficulty. The patient was shaved, prepped, and draped using the usual sterile technique. A sterile 16-French Foley catheter was then placed with clear urine drained. A midline infraumbilical incision was performed by using a #10 scalpel blade. The rectus fascia and the subcutaneous space were opened by using the Bovie. Transversalis fascia was opened in the midline and the retropubic space and the paravesical space were developed bluntly. A Bookwalter retractor was then placed. The area of the obturator lymph nodes were carefully inspected and no suspicious adenopathy was detected. Given this patient's low Gleason score and low PSA with a solitary core biopsy positive, the decision was made to not perform bilateral lymphadenectomy. The endopelvic fascia was opened bilaterally by using the Metzenbaum scissors. Opening was enlarged by using sharp dissection. Small perforating veins from the prostate into the lateral pelvic wall were controlled by using bipolar coagulation device. The dorsal aspect of the prostate was bunched up by using 2-0 silk sutures. The deep dorsal vein complex was bunched up by using Allis also and ligated by using 0 Vicryl suture in a figure-of-eight fashion. With the prostate retracted cephalad, the deep dorsal vein complex was transected superficially using the Bovie. Deeper near the urethra, the dorsal vein complex was transected by using Metzenbaum scissors. The urethra could then be easily identified. Nearly two-third of the urethra from anteriorly to posteriorly was opened by using Metzenbaum scissors. This exposed the blue Foley catheter. Anastomotic sutures were then placed on to the urethral stump using 2-0 Monocryl suture. Six of these were placed evenly spaced out anteriorly to posteriorly. The Foley catheter was then removed. This allowed for better traction of the prostate laterally. Lateral pelvic fascia was opened bilaterally. This effectively released the neurovascular bundle from the apex to the base of the prostate. Continued dissection from the lateral pelvic fascia deeply opened up the plane into the perirectal fat. The prostate was then dissected from laterally to medially from this opening in the perirectal fat. The floor of the urethra posteriorly and the rectourethralis muscle was then transected just distal to the prostate. Maximal length of ureteral stump was preserved. The prostate was carefully lifted cephalad by using gentle traction with fine forceps. The prostate was easily dissected off the perirectal fat using sharp dissection only. Absolutely, no traction to the neurovascular bundle was evident at any point in time. The dissection was carried out easily until the seminal vesicles could be visualized. The prostate pedicles were controlled easily by using multiple medium clips in 4 to 5 separate small bundles on each side. The bladder neck was then dissected out by using a bladder neck dissection method. Unfortunately, most of the bladder neck fiber could not be preserved due to the patient's anatomy. Once the prostate had been separated from the bladder in the area with the bladder neck, dissection was carried out posteriorly to develop a plane between the bladder and the seminal vesicles. This was developed without any difficulty. Both vas deferens were identified, hemoclipped and transected. The seminal vesicles on both sides were quite large and a decision was made to not completely dissect the tip off, as it extended quite deeply into the pelvis. About two-thirds of the seminal vesicles were able to be removed. The tip was left behind. Using the bipolar Gyrus coagulation device, the seminal vesicles were clamped at the tip sealed by cautery and then transected. This was performed on the left side and then the right side. This completely freed the prostate. The prostate was sent for permanent section. The opening in the bladder neck was reduced by using two separate 2-0 Vicryl sutures. The mucosa of the bladder neck was everted by using 4-0 chromic sutures. Small amount of bleeding around the area of the posterior bladder wall was controlled by using suture ligature. The ureteral orifice could be seen easily from the bladder neck opening and was completely away from the everting sutures. The previously placed anastomotic suture on the urethral stump was then placed on the corresponding position on the bladder neck. This was performed by using a French ***** needle. A 20-French Foley catheter was then inserted and the sutures were sequentially tied down. A 15 mL of sterile water was inflated to balloon. The bladder anastomosis to the urethra was performed without any difficulty. A 19-French Blake Drain was placed in the left pelvis exiting the right inguinal region. All instrument counts, lap counts, and latex were verified twice prior to the closure. The rectus fascia was closed in running fashion using #1 PDS. Subcutaneous space was closed by using 2-0 Vicryl sutures. The skin was reapproximated by using metallic clips. The patient tolerated the procedure well and was transferred to the recovery room in stable condition.

surgery, prostate cancer, foley catheter, gleason, psa, prostate, adenocarcinoma, bladder neck, core biopsy, figure-of-eight, lymph node dissection, nerve-sparing, prostatectomy, rectus fascia, retropubic, bladder neck dissection, dorsal vein complex, nerve sparing, perirectal fat, seminal vesicles, sutures, bladder, urethra, posteriorly, seminal, vesicles, fascia, neck, dissection,

Radical retropubic prostatectomy with pelvic lymph node dissection due to prostate cancer.

Surgery

Prostatectomy - Radical Retropubic

PREOPERATIVE DIAGNOSIS:, Prostate cancer.,POSTOPERATIVE DIAGNOSIS: , Prostate cancer.,OPERATIVE PROCEDURE: , Radical retropubic prostatectomy with pelvic lymph node dissection.,ANESTHESIA: ,General epidural,ESTIMATED BLOOD LOSS: , 800 cc.,COMPLICATIONS: , None.,INDICATIONS FOR SURGERY: , This is a 64-year-old man with adenocarcinoma of the prostate confirmed by needle biopsies. He has elected to undergo radical retropubic prostatectomy with pelvic lymph node dissection. Potential complications include, but are not limited to:,1. Infection.,2. Bleeding.,3. Incontinence.,4. Impotence.,5. Deep venous thrombosis.,6. Recurrence of the cancer.,PROCEDURE IN DETAIL: , Epidural anesthesia was administered by the anesthesiologist in the holding area. Preoperative antibiotic was also given in the preoperative holding area. The patient was then taken into the operating room after which general LMA anesthesia was administered. The patient was shaved and then prepped using Betadine solution. A sterile 16-French Foley catheter was inserted into the bladder with clear urine drain. A midline infraumbilical incision was performed. The rectus fascia was opened sharply. The perivesical space and the retropubic space were developed bluntly. Bookwalter retractor was then placed. Bilateral obturator pelvic lymphadenectomy was performed. The obturator nerve was identified and was untouched. The margin for the resection of the lymph node bilaterally were the Cooper's ligament, the medial edge of the external iliac artery, the bifurcation of the common iliac vein, the obturator nerve, and the bladder. Both hemostasis and lymphostasis was achieved by using silk ties and Hemo clips. The lymph nodes were palpably normal and were set for permanent section. The Bookwalter retractor was then repositioned and the endopelvic fascia was opened bilaterally using Metzenbaum scissors. The puboprostatic ligament was taken down sharply. The superficial dorsal vein complex over the prostate was bunched up by using the Allis clamp and then tied by using 2-0 silk sutures. The deep dorsal vein complex was then bunched up by using the Allis over the membranous urethral area. The dorsal vein complex was ligated by using 0 Vicryl suture on a CT-1 needle. The Allis clamp was removed and the dorsal vein complex was transected by using Metzenbaum scissors. The urethra was then identified and was dissected out. The urethral opening was made just distal to the apex of the prostate by using Metzenbaum scissors. This was extended circumferentially until the Foley catheter could be seen clearly. 2-0 Monocryl sutures were then placed on the urethral stump evenly spaced out for the anastomosis to be performed later. The Foley catheter was removed and the posteriormost aspect of urethra and rectourethralis muscle was transected. The lateral pelvic fascia was opened bilaterally to sweep the neurovascular bundles laterally on both sides. The plane between Denonvilliers' fascia and the perirectal fat was developed sharply. No tension was placed on the neurovascular bundle at any point in time. The prostate dissected off the rectal wall easily. Once the seminal vesicles were identified, the fascia covering over them were opened transversely. The seminal vesicles were dissected out and the small bleeding vessels leading to them were clipped by using medium clips and then transected. The bladder neck was then dissected out carefully to spare most of the bladder neck muscles. Once all of the prostate had been dissected off the bladder neck circumferentially the mucosa lining the bladder neck was transected releasing the entire specimen. The specimen was inspected and appeared to be completely intact. It was sent for permanent section. The bladder neck mucosa was then everted by using 4-0 chromic sutures. Inspection at the prostatic bed revealed no bleeding vessels. The sutures, which were placed previously onto the urethral stump, were then placed onto the bladder neck. Once the posterior sutures had been placed, the Foley was placed into the urethra and into the bladder neck. A 20-French Foley Catheter was used. The anterior sutures were then placed. The Foley was then inflated. The bed was straightened and the sutures were tied down sequentially from anteriorly to posteriorly. Mild traction of the Foley catheter was placed to assure the anastomosis was tight. Two #19-French Blake drains were placed in the perivesical spaces. These were anchored to the skin by using 2-0 silk sutures. The instrument counts, lab counts, and sponge counts were verified to be correct, the patient was closed. The fascia was closed in running fashion using #1 PDS. Subcutaneous tissue was closed by using 2-0 Vicryl suture. Skin was approximated by using metallic clips. The patient tolerated the operation well.

surgery, prostate cancer, foley catheter, metzenbaum scissors, prostate, adenocarcinoma, bladder, lymphadenectomy, pelvic lymph node dissection, perivesical, prostatectomy, retropubic, urethra, radical retropubic prostatectomy, lymph node dissection, dorsal vein complex, radical retropubic, lymph node, dorsal vein, vein complex, bladder neck, sutures, foley, urethral,

The patient is a 9-year-old born with pulmonary atresia, intact ventricular septum with coronary sinusoids.

Surgery

Pulmonary Atresia

HISTORY: , The patient is a 9-year-old born with pulmonary atresia, intact ventricular septum with coronary sinusoids. He also has VACTERL association with hydrocephalus. As an infant, he underwent placement of a right modified central shunt. On 05/26/1999, he underwent placement of a bidirectional Glenn shunt, pulmonary artery angioplasty, takedown of the central shunt, PDA ligation, and placement of a 4 mm left-sided central shunt. On 08/01/2006, he underwent cardiac catheterization and coil embolization of the central shunt. A repeat catheterization on 09/25/2001 demonstrated elevated Glenn pressures and significant collateral vessels for which he underwent embolization. He then underwent repeat catheterization on 11/20/2003 and further embolization of residual collateral vessels. Blood pressures were found to be 13 mmHg with the pulmonary vascular resistance of 2.6-3.1 Wood units. On 03/22/2004, he returned to the operating room and underwent successful 20 mm extracardiac Fontan with placement of an 8-mm fenestration and main pulmonary artery ligation. A repeat catheterization on 09/07/2006, demonstrated mildly elevated Fontan pressures in the context of a widely patent Fontan fenestration and intolerance of Fontan fenestration occlusion. The patient then followed conservatively since that time. The patient is undergoing a repeat evaluation to assess his candidacy for a Fontan fenestration occlusion, as well as consideration for a tricuspid valvuloplasty in attempt to relieve right ventricular hypertension and associated membranous ventricular aneurysm protruding into the left ventricular outflow tract.,PROCEDURE:, After sedation and local Xylocaine anesthesia, the patient was placed under general endotracheal anesthesia, the patient was prepped and draped. Cardiac catheterization was performed as outlined in the attached continuation sheets. Vascular entry was by percutaneous technique, and the patient was heparinized. Monitoring during the procedure included continuous surface ECG, continuous pulse oximetry, and cycled cuff blood pressures, in addition to intravascular pressures.,Using a 7-French sheath, a 6-French wedge catheter was inserted in the right femoral vein and advanced from the inferior vena cava along the Fontan conduit into the main left pulmonary artery, as well as the superior vena cava. This catheter was then exchanged for a 5-French VS catheter of a distal wire. Apposition of the right pulmonary artery over, which the wedge catheter was advanced. The wedge catheter could then be easily advanced across the Fontan fenestration into the right atrium and guidewire manipulation allowed access across the atrial septal defect to the pulmonary veins, left atrium, and left ventricle.,Using a 5-French sheath, a 5-French pigtail catheter was inserted into the right femoral artery and advanced retrograde to the descending aorta, ascending aorta, and left ventricle. Attempt was then made to cross the tricuspid valve from the right atrium and guidewire persisted to prolapse through the membranous ventricular septum into the left ventricle. The catheter distal wire position was finally achieved across what appeared to be the posterior aspect of the tricuspid valve, both angiographically as well as equal guidance. Left ventricular pressure was found to be suprasystemic. A balloon valvoplasty was performed using a Ranger 4 x 2 cm balloon catheter with no waste at minimal inflation pressure. Echocardiogram, which showed no significant change in the appearance of a tricuspid valve and persistence of aneurysmal membranous ventricular septum. Further angioplasty was then performed first utilizing a 6 mm cutting balloon directed through 7-French flexor sheath positioned within the right atrium. There was a disappearance of a mild waist prior to spontaneous tear of the balloon. The balloon catheter was then removed in its entirety.,Echocardiogram again demonstrated no change in the appearance of the tricuspid valve. A final angioplasty was performed utilizing a 80 mm cutting balloon with the disappearance of a distinctive waste. Echocardiogram; however, demonstrated no change and intact appearing tricuspid valve and no decompression of the right ventricle. Further attempts to cross tricuspid valve were thus abandoned. Attention was then directed to a Fontan fenestration. A balloon occlusion then demonstrated minimal increase in Fontan pressures from 12 mmHg to 15 mmHg. With less than 10% fall in calculated cardiac index. The angiogram in the inferior vena cava demonstrated a large fenestration measuring 6.6 mm in diameter with a length of 8 mm. A 7-French flexor sheath was again advanced cross the fenestration. A 10-mm Amplatzer muscular ventricular septal defect occluder was loaded on delivery catheter and advanced through the sheath where the distal disk was allowed to be figured in the right atrium. Entire system was then brought into the fenestration and withdrawal of the sheath allowed reconfiguration of the proximal disk. Once the stable device configuration was confirmed, device was released from the delivery catheter. Hemodynamic assessment and the angiograms were then repeated.,Flows were calculated by the Fick technique using an assumed oxygen consumption and contents derived from Radiometer Hemoximeter saturations and hemoglobin capacity.,Angiograms with injection in the right coronary artery, left coronary artery, superior vena cava, inferior vena cava, and right ventricle.,After angiography, two normal-appearing renal collecting systems were visualized. The catheters and sheaths were removed and topical pressure applied for hemostasis. The patient was returned to the recovery room in satisfactory condition. There were no complications.,DISCUSSION: , Oxygen consumption was assumed to be normal. Mixed venous saturation was low due to systemic arterial desaturation. There was modest increased saturation of the branch pulmonary arteries due to the presumed aortopulmonary collateral flow. The right pulmonary veins were fully saturated. Left pulmonary veins were not entered. There was a fall in saturation within the left ventricle and descending aorta due to a right to left shunt across the Fontan fenestration. Mean Fontan pressures were 12 mmHg with a 1 mmHg fall in mean pressure into the distal left pulmonary artery. Right and left pulmonary capillary wedge pressures were similar to left atrial phasic pressure with an A-wave similar to the normal left ventricular end-diastolic pressure of 11 mmHg. Left ventricular systolic pressure was normal with at most 5 mmHg systolic gradient pressure pull-back to the ascending aorta. Phasic ascending and descending aortic pressures were similar and normal. The calculated systemic flow was normal. Pulmonary flow was reduced to the QT-QS ratio of 0.7621. Pulmonary vascular resistance was normal at 1 Wood units.,Angiogram with injection in the right coronary artery demonstrated diminutive coronary with an extensive sinusoidal communication to the rudimentary right ventricle. The left coronary angiogram showed a left dominant system with a brisk flow to the left anterior descending and left circumflex coronary arteries. There was communication to the right-sided coronary sinusoidal communication to the rudimentary right ventricle. Angiogram with injection in the superior vena cava showed patent right bidirectional Glenn shunt with mild narrowing of the proximal right pulmonary artery, as well as the central pulmonary artery, diameter of which was augmented by the Glenn anastomosis and the Fontan anastomosis. There was symmetric contrast flow to both pulmonary arteries. A large degree of contrast flowed retrograde into the Fontan and shunting into the right atrium across the fenestration. There is competitive flow to the upper lobes presumably due to aortopulmonary collateral flow. The branch pulmonaries appeared mildly hypoplastic. Levo phase contrast returned into the heart, appeared unobstructed demonstrating good left ventricular contractility. Angiogram with injection in the Fontan showed a widely patent anastomosis with the inferior vena cava. Majority of the contrast flowing across the fenestration into the right atrium with a positive flow to the branch pulmonary arteries.,Following the device occlusion of Fontan fenestration, the Fontan and mean pressure increased to 15 mmHg with a 3 mmHg, a mean gradient in the distal left pulmonary artery and no gradient into the right pulmonary artery. There was an increase in the systemic arterial pressures. Mixed venous saturation increased from the resting state as with increase in systemic arterial saturation to 95%. The calculated systemic flow increased slightly from the resting state and pulmonary flow was similar with a QT-QS ratio of 0.921. Angiogram with injection in the inferior vena cava showed a stable device configuration with a good disk apposition to the anterior surface of the Fontan with no protrusion into the Fontan and no residual shunt and no obstruction to a Fontan flow. An ascending aortogram that showed a left aortic arch with trace aortic insufficiency and multiple small residual aortopulmonary collateral vessels arising from the intercostal arteries. A small degree of contrast returned to the heart.,INITIAL DIAGNOSES: ,1. Pulmonary atresia.,2. VACTERL association.,3. Persistent sinusoidal right ventricle to the coronary communications.,4. Hydrocephalus.,PRIOR SURGERIES AND INTERVENTIONS: ,1. Systemic to pulmonary shunts.,2. Right bidirectional Glenn shunt.,3. Revision of the central shunt.,4. Ligation and division of patent ductus arteriosus.,5. Occlusion of venovenous and arterial aortopulmonary collateral vessels.,6. Extracardiac Fontan with the fenestration.,CURRENT DIAGNOSES: ,1. Favorable Fontan hemodynamics.,2. Hypertensive right ventricle.,3. Aneurysm membranous ventricular septum with mild left ventricle outflow tract obstruction.,4. Patent Fontan fenestration.,CURRENT INTERVENTION: ,1. Balloon dilation tricuspid valve attempted and failed.,2. Occlusion of a Fontan fenestration.,MANAGEMENT: ,He will be discussed at Combined Cardiology/Cardiothoracic Surgery case conference. A careful monitoring of ventricle outflow tract will be instituted with consideration for a surgical repair. Further cardiologic care will be directed by Dr. X.

Insertion of a Port-A-Catheter via the left subclavian vein approach under fluoroscopic guidance in a patient with ovarian cancer.

Surgery

Port-A-Cath Insertion - 4

PREOPERATIVE DIAGNOSIS: , Ovarian cancer.,POSTOPERATIVE DIAGNOSIS:, Ovarian cancer.,OPERATION PERFORMED:, Insertion of a Port-A-Catheter via the left subclavian vein approach under fluoroscopic guidance.,DETAILED OPERATIVE NOTE:, The patient was placed on the operating table and placed under LMA general anesthesia in preparation for insertion of a Port-A-Catheter. The chest was prepped and draped in the routine fashion for insertion of a Port-A-Catheter. The left subclavian vein was punctured with a single stick and a guidewire threaded through the needle into the superior vena cava under fluoroscopic guidance. The needle was removed. An incision was made over the guidewire for entrance of the dilator with sheath. A second counter incision was made transversally on the chest wall about an inch and half below the puncture site with a #15 blade. Hemostasis was effective to electrocautery, and a pocket was fashioned subcutaneously for positioning of the reservoir. The Port-A-Catheter reservoir tubing was attached to the reservoir in the routine fashion. The reservoir was placed in the pocket and sutured to the anterior chest wall muscle with three interrupted 4-0 Prolene sutures for stability. Next, a catheter passer was passed from the pocket exiting through the skin at the puncture site, previously placed for the guidewire, and the Port-A-Catheter was pulled from the reservoir exiting on the skin. It was placed on the chest, measured, and cut to the appropriate length. This having been done, the dilator with sheath attached was passed over the guidewire into the superior vena cava under fluoroscopic guidance. The guidewire and dilator were removed, and the Port-A-Catheter was threaded through the sheath into the superior vena cava, and the sheath removed under fluoroscopic guidance. Fluoroscopy revealed the Port-A-Catheter to be in excellent position. The Port-A-Catheter was accessed with a butterfly 90-degree needle percutaneously that drew blood well and flushed easily. It was flushed with heparinized saline connected in cath. This having been done, the puncture site was closed with a circumferential subcutaneous 3-0 Vicryl suture, and the skin was closed with a percutaneous circumferential subcuticular suture. This having been done, attention was applied to the reservoir incision. It was closed with two layers of continuous 3-0 Vicryl suture, and the skin was closed with a continuous 3-0 Monocryl subcuticular stitch. A dry sterile dressing was applied, and the patient having tolerated the procedure was transferred to the recovery room for postoperative care.

surgery, ovarian cancer, insertion, port-a-catheter, circumferential, counter incision, fluoroscopic, fluoroscopic guidance, guidewire, subclavian, superior vena cava, port a catheter, port, catheter, subcutaneously, vein

Right pterional craniotomy with obliteration of medial temporal arteriovenous malformation and associated aneurysm and evacuation of frontotemporal intracerebral hematoma.

Surgery

Pterional Craniotomy

PREOPERATIVE DIAGNOSIS: ,Status post spontaneous hemorrhage from medial temporal arteriovenous malformation with arteriographic evidence of associated aneurysm.,POSTOPERATIVE DIAGNOSIS: , Status post spontaneous hemorrhage from medial temporal arteriovenous malformation with arteriographic evidence of associated aneurysm.,OPERATION: , Right pterional craniotomy with obliteration of medial temporal arteriovenous malformation and associated aneurysm and evacuation of frontotemporal intracerebral hematoma.,ANESTHESIA: , Endotracheal.,ESTIMATED BLOOD LOSS: , 250 mL,REPLACEMENTS: ,3 units of packed cells.,DRAINS:, None.,COMPLICATIONS: , None.,PROCEDURE: ,With the patient prepped and draped in the routine fashion in the supine position with the head in a Mayfield headrest, turned 45 degrees to the patient's left and a small roll placed under her right shoulder and hip, the previously made pterional incision was reopened and extended along its posterior inferior limb to the patient's zygoma. Additional aspect of the temporalis muscle and fascia were incised with cutting Bovie current with effort made to preserve the posterior limb of the external carotid artery. The scalp and temporalis muscle were then retracted anteroinferiorly with 0 silk sutures, attached rubber bands and Allis clamps and similar retraction of the posterior aspect of temporalis was retracted with 0 silk suture, attached with rubber bands and Allis clamps. The bone flap, which had not been fixed in place was removed. An additional portion of the temporofrontal bone based at the zygoma was removed with a B1 dissecting tool, B1 attached to the Midas Rex instrumentation. Further bone removal was accomplished with Leksell rongeur, and hemostasis controlled with the use of bone wax.,At this point, a retractor was placed along the frontal lobe for visualization of the perichiasmatic cistern with visualization made of the optic nerve and carotid artery. It should be noted that cottonoid paddies were placed over the brain to protect the cortical surface of the brain both underneath the retractor and the remainder of the exposed cortex. The sylvian fissure was then dissected with the dissection description being dictated by Dr. X.,Following successful splitting of the sylvian fissure to its apparent midplate, attention was next turned to the temporal tip where the approximate location of the cerebral aneurysm noted on CT angio, as well as conventional arteriography was noted and a peel incision was made extending from the temporal tip approximately 3 cm posterior. This was enlarged with bipolar coagulation and aspiration and inferior dissection accomplished under the operating microscope until the dome of, what appeared to be, an aneurysm could be visualized.,Dissection around the dome with bipolar coagulation and aspiration revealed a number of abnormal vessels, which appeared to be involved with the aneurysm at its base and these were removed with bipolar coagulation. Until circumferential dissection revealed 1 major arterial supply to the base of the aneurysm, this was felt to be able to be handled with bipolar coagulation, which was done and the vessel then cut with microscissors and the aneurysm removed in toto.,Attention was next turned to the apparent nidus of the arteriovenous malformation, which was somewhat medial and inferior to the aneurysm and the nidus was then dissected with the use of bipolar coagulation and aspiration microscissors as further described by Dr. X. With removal of the arteriovenous malformation, attention was then turned to the previous frontal cortical incision, which was the site of partial decompression of the patient's intracerebral hematoma on the day of her admission. Self-retaining retractors were placed within this cortical incision, and the hematoma cavity entered with additional hematoma removed with general aspiration and irrigation. Following removal of additional hematoma, the bed of the hematoma site was lined with Surgicel. Irrigation revealed no further active bleeding, and it was felt that at this time both the arteriovenous malformation, associated aneurysm, and intracerebral hematoma had been sequentially dealt with.,The cortical surface was then covered with Surgicel and the dura placed over the surface of the brain after coagulation of the dural edges, the freeze dried fascia, which had been used at the time of the 1st surgery was replaced over the surface of the brain with additional areas of cortical exposure covered with a DuraGuard. The 2nd bone flap from the inferior frontotemporal region centered along the zygoma was reattached to the initial bone flap at 3 sites using a small 2-holed plate and 3-mm screws and the portable minidriver.,With this, return of the inferior plate accomplished, it was possible to reposition the bone flaps into their initial configuration, and attachments were secured anterior and posterior with somewhat longer 2-holed plates and 3-mm screws to the frontal and posterior temporal parietal region. The wound was then closed. It should be noted that a pledget of Gelfoam had been placed over the entire dural complex prior to returning the bone flap. The wound was then closed by approximating the temporalis muscle with 2-0 Vicryl suture, the fascia was closed with 2-0 Vicryl suture, and the galea was closed with 2-0 interrupted suture, and the skin approximated with staples. The patient appeared to tolerate the procedure well without complications.

surgery, hemorrhage, arteriovenous malformation, aneurysm, pterional craniotomy, bone flap, bipolar coagulation, arteriovenous, pterional, malformation, hematoma, intracerebral,

Insertion of Port-A-Cath via left subclavian vein using fluoroscopy in a patient with renal cell carcinoma.

Surgery

Port-A-Cath Insertion - 3

TITLE OF PROCEDURE: , Insertion of Port-A-Cath via left subclavian vein using fluoroscopy.,PREOPERATIVE DIAGNOSIS: ,Metastatic renal cell carcinoma.,POSTOPERATIVE DIAGNOSIS: , Metastatic renal cell carcinoma.,PROCEDURE IN DETAIL:, This is a 49-year-old gentleman was referred by Dr. A. The patient underwent a left nephrectomy for renal cell carcinoma in 1999 in Philadelphia. He has developed recurrence with metastases to the lung and to bone.,The patient is on dialysis via a right internal jugular PermCath that was placed elsewhere.,In the operating room under monitored anesthesia care with intravenous sedation, the patient was prepped and draped suitably. Lidocaine 1% with epinephrine was used for local anesthesia and the left subclavian vein was punctured at the first pass without difficulty. A J-wire was guided into place under fluoroscopic control. A 7.2-French vortex titanium Port-A-Cath was now anchored in the subcutaneous pocket made just below using 3-0 Prolene. The attached catheter tunneled, cut to the appropriate length and placed through the sheath that was then peeled away. Fluoroscopy showed good catheter disposition in the superior vena cava. The catheter was accessed with a butterfly Huber needle, blood was aspirated easily and the system was then flushed using heparinized saline. The pocket was irrigated using antibiotic saline and closed with absorbable suture. The port was left accessed with the butterfly needle after dressings were applied and the patient is to report to Dr. A's office later today for the commencement of chemotherapy. There were no complications.

surgery, port-a-cath, french vortex, huber, metastatic, permcath, butterfly needle, catheter, fluoroscopy, jugular, nephrectomy, renal cell carcinoma, subclavian vein, vena cava, port a cath, cell carcinoma, insertion, subclavian, carcinoma, port

Insertion of subclavian dual-port Port-A-Cath and surgeon-interpreted fluoroscopy.

Surgery

Port-A-Cath Insertion - 5

PROCEDURES PERFORMED,1. Insertion of subclavian dual-port Port-A-Cath.,2. Surgeon-interpreted fluoroscopy.,OPERATIVE PROCEDURE IN DETAIL: , After obtaining informed consent from the patient, including a thorough explanation of the risks and benefits of the aforementioned procedure, patient was taken to the operating room and general endotracheal anesthesia was administered. Next, the chest was prepped and draped in a standard surgical fashion. A #18-gauge spinal needle was used to aspirate blood from the subclavian vein. After aspiration of venous blood, Seldinger technique was used to thread a J wire. The distal tip of the J wire was confirmed to be in adequate position with surgeon-interpreted fluoroscopy. Next a #15-blade scalpel was used to make an incision in the skin. Dissection was carried down to the level of the pectoralis muscle. A pocket was created. A dual-port Port-A-Cath was lowered into the pocket and secured with #2-0 Prolene. Both ports were flushed. The distal tip was pulled through to the wire exit site with a Kelly clamp. It was cut to the appropriate length. Next a dilator and sheath were threaded over the J wire. The J wire and dilator were removed, and the distal tip of the dual-port Port-A-Cath was threaded over the sheath, which was simultaneously withdrawn. Both ports of the dual-port Port-A-Cath were flushed and aspirated without difficulty. The distal tip was confirmed to be in adequate position with surgeon-interpreted fluoroscopy. The wire access site was closed with a 4-0 Monocryl. The port pocket was closed in 2 layers with 2-0 Vicryl followed by 4-0 Monocryl in a running subcuticular fashion. Sterile dressing was applied. The patient tolerated the procedure well and was transferred to the PACU in good condition

surgery, surgeon-interpreted fluoroscopy, j wire, dual-port port-a-cath, port a cath, subclavian, fluoroscopy, cathNOTE,: Thesetranscribed medical transcription sample reports and examples are provided by various users andare for reference purpose only. MTHelpLine does not certify accuracy and quality of sample reports.These transcribed medical transcription sample reports may include some uncommon or unusual formats;this would be due to the preference of the dictating physician. All names and dates have beenchanged (or removed) to keep confidentiality. Any resemblance of any type of name or date orplace or anything else to real world is purely incidental.

Right subclavian Port-a-Cath insertion in a patient with bilateral breast carcinoma.

Surgery

Port-A-Cath Insertion - 1

PREOPERATIVE DIAGNOSES: ,1. Bilateral breast carcinoma.,2. Chemotherapy required.,POSTOPERATIVE DIAGNOSES:,1. Bilateral breast carcinoma.,2. Chemotherapy required.,OPERATION: , Right subclavian Port-a-Cath insertion.,FINDINGS AND PROCEDURE: ,With the patient under satisfactory general orotracheal anesthesia and in the supine position, the right upper anterior chest, neck, and arm were prepared with Betadine in the usual fashion. The skin, subcutaneous tissue, and fascia of the pectoralis major muscle medially beneath the inferior third of the right clavicle was infiltrated with 0.5% Marcaine with epinephrine. An incision transverse, parallel, and inferior to the middle third of the right clavicle was performed. A subcutaneous pocket on the surface of the pectoralis major muscle was created. The muscular fascia was also infiltrated with 0.5% Marcaine with epinephrine. With the patient in the Trendelenburg position, utilizing the provided introducer needle, the right subclavian vein was cannulated. A guidewire was passed without difficulty and the needle was removed. Fluoroscopy confirmed satisfactory position of the guidewire in the right atrium. A dilator and sheath was passed over the guidewire. The guidewire and dilator were removed and a provided catheter was inserted through the sheath and the sheath was carefully withdrawn. Fluoroscopy again confirmed satisfactory position of the catheter and the catheter under fluoroscopic guidance was retracted into the superior vena cava. The catheter had been preflushed with dilute heparin solution (100 units/mL). The port, which had been preflushed with saline, was attached to the catheter at approximately 13 cm level. The locking cap had been placed on the catheter. The port was connected to the catheter and the locking cap was secured. The port was again flushed with dilute heparin solution and placed within the subcutaneous pocket. Fluoroscopy again confirmed satisfactory position. A hard copy of the fluoroscopy was obtained. The catheter and port were secured to the pectoralis fascia in four locations with 2-0 Prolene suture. Site was irrigated with saline. Hemostasis was verified. The subcutaneous tissue was approximated with interrupted 2-0 Vicryl suture. The subcutaneous and dermis were closed with a running subcuticular 3-0 Vicryl suture. A 0.25-inch Steri-Strips were applied. The provided needle and butterfly attachment was flushed with saline, passed through the skin into the port, and then flushed again with dilute heparin solution thus confirmed satisfactory. The site was dressed with Tegaderm type dressing and the needle catheters were covered with 4x4's and paper tape. Estimated blood loss was less than 15 mL. The patient tolerated the procedure well and left the operating room in good condition.

surgery, carcinoma, bilateral breast carcinoma, chemotherapy, fluoroscopy, port-a-cath, catheter, insertion, pectoralis fascia, subclavian, subclavian port a cath, port a cath insertion, port a cath, cath insertion, heparin,

Bleeding after transanal excision five days ago. Exam under anesthesia with control of bleeding via cautery. The patient is a 42-year-old gentleman who is five days out from transanal excision of a benign anterior base lesion. He presents today with diarrhea and bleeding.

Surgery

Postop Transanal Excision

PREOPERATIVE DIAGNOSIS: , Bleeding after transanal excision five days ago.,POSTOPERATIVE DIAGNOSIS: , Bleeding after transanal excision five days ago.,PROCEDURE:, Exam under anesthesia with control of bleeding via cautery.,ANESTHESIA:, General endotracheal.,INDICATION: , The patient is a 42-year-old gentleman who is five days out from transanal excision of a benign anterior base lesion. He presents today with diarrhea and bleeding. Digital exam reveals bright red blood on the finger. He is for exam under anesthesia and control of hemorrhage at this time.,FINDINGS: , There was an ulcer where most of the polypoid lesion had been excised before. In a near total fashion the wound had opened and again there was a raw ulcer surface in between the edges of the mucosa. There were a few discrete sites of mild oozing, which were treated with cautery and #1 suture. No other obvious bleeding was seen.,TECHNIQUE: , The patient was taken to the operating room and placed on the operative table in supine position. After adequate general anesthesia was induced, the patient was then placed in modified prone position. His buttocks were taped, prepped and draped in a sterile fashion. The anterior rectal wall was exposed using a Parks anal retractor. The entire wound was visualized with a few rotations of the retractor and a few sites along the edges were seen to be oozing and were touched up with cautery. There was one spot in the corner that was oozing and this may have been from simply opening the retractor enough to see well. This was controlled with a 3-0 Monocryl figure-of-eight suture. At the completion, there was no bleeding, no oozing, it was completely dry, and we removed our retractor, and the patient was then turned and extubated and taken to the recovery room in stable condition.

surgery, diarrhea, anterior base lesion, polypoid lesion, transanal excision, transanal, anesthesia, bleeding,

The patient with left completion hemithyroidectomy and reimplantation of the left parathyroid and left sternocleidomastoid region in the inferior 1/3rd region. Papillary carcinoma of the follicular variant of the thyroid in the right lobe, status post right hemithyroidectomy.

Surgery

Post Hemithyroidectomy

PREOPERATIVE DIAGNOSES: , Papillary carcinoma of the follicular variant of the thyroid in the right lobe, status post right hemithyroidectomy.,POSTOPERATIVE DIAGNOSES: , Papillary carcinoma of the follicular variant of the thyroid in the right lobe, status post right hemithyroidectomy.,PROCEDURE: ,The patient with left completion hemithyroidectomy and reimplantation of the left parathyroid and left sternocleidomastoid region in the inferior 1/3rd region.,FINDINGS: , Normal-appearing thyroid gland with a possible lump in the inferior aspect, there was a parathyroid gland that by frozen section _________ was not thyroid, it was reimplanted to the left lower sternocleidomastoid region.,ESTIMATED BLOOD LOSS: ,Approximately 10 mL.,FLUIDS: , Crystalloid only.,COMPLICATIONS: , None.,DRAINS: , Rubber band drain in the neck.,CONDITION:, Stable.,PROCEDURE: ,The patient placed supine under general anesthesia. First, a shoulder roll was placed, 1% lidocaine and 1:100,000 epinephrine was injected into the old scar, natural skin fold, and Betadine prep. Sterile dressing was placed. The laryngeal monitoring was noted to be working fine. Then, an incision was made in this area in a curvilinear fashion through the old scar, taken through the fat and the platysma level. The strap muscles were found and there was scar tissue along the trachea and the strap muscles were elevated off of the left thyroid, the thyroid gland was then found. Then, using bipolar cautery and a Coblation dissector, the thyroid gland inferiorly was dissected off and the parathyroid gland was left inferiorly and there was scar tissue that was released and laterally, the thyroid gland was released, then came into the Berry ligaments. The Berry ligament was dissected off and the gland came off all the way to the superior and inferior thyroid vessels, which were crossed with the Harmonic scalpel and removed. No bleeding was seen. There was a small nick in the external jugular vein that was tied with a 4-0 Vicryl suture ligature. After this was completed, on examining the specimen, there appeared to be a lobule on it and it was sent off as possibly parathyroid, therefore it was reimplanted in the left lower sternocleidomastoid region using the silk suture ligature. After this was completed, no bleeding was seen. The laryngeal nerve could be seen and intact and then Rubber band drain was placed throughout the neck along the thyroid bed and 4-0 Vicryl was used to close the strap muscles in an interrupted fashion along with the platysma region and subcutaneous region and a running 5-0 nylon was used to close the skin and Mastisol and Steri-Strips were placed along the skin edges and then on awakening, both laryngeal nerves were working normally. Procedure was then terminated at that time.

surgery, thyroid, rubber band drain, berry ligaments, papillary carcinoma, follicular variant, strap muscles, thyroid gland, sternocleidomastoid, parathyroid, hemithyroidectomy,

Placement of a Port-A-Cath under fluoroscopic guidancein a patient with anal cancer.

Surgery

Port-A-Cath Insertion - 2

PREOPERATIVE DIAGNOSIS:,1. Anal cancer.,2. Need for IV access.,POSTOPERATIVE DIAGNOSIS:,1. Anal cancer.,2. Need for IV access.,OPERATIVE PROCEDURE:,1. Placement of a Port-A-Cath.,2. Fluoroscopic guidance.,ANESTHESIA:, General LMA.,ESTIMATED BLOOD LOSS:, Minimum.,IV FLUIDS: , Per anesthesia.,RECURRENT COMPLICATIONS: , None.,FINDINGS: , Good port placement on C-arm.,INDICATIONS AND PROCEDURE IN DETAIL: , This is a 55-year-old female who presents with anal cancer, who is beginning chemoradiation and needs IV access for chemotherapy. Risks and benefits of the procedure explained, the patient appeared to understand, and agreed to proceed. The patient was taken to the operating room, placed in supine position. General LMA anesthesia was administered. She is prepped and draped in the usual sterile fashion. She was placed in the Trendelenburg position and the left subclavian vein was cannulated and a guide wire placed through the wire. Fluoroscopy was used to confirm appropriate guide wire location in the subclavian vein to the superior vena cava. The incision was then made around the guide wire, taken to the subcutaneous tissues with electric Bovie cautery. A pocket was made in the subcutaneous tissue of adequate size for the port which was cut at 16 cm for appropriate locationing which was cut at 16 cm based on superficial measurements. The 2-0 Vicryl sutures were used to secure the port in place and the sheath introducer was placed over the guide wire and the guide wire removed with a Port catheter being placed into the sheath introducer. Fluoroscopy was used to confirm appropriate positioning of the catheter and the skin was closed using interrupted 3-0 Vicryl followed by running 4-0 Vicryl subcuticular stitch. Heparin flush was used to flush the port. Steri-Strips were applied and the patient was awakened and extubated in the OR taken to the PACU in good condition. All counts were reported as correct and I was present for the entire procedure.

surgery, anal cancer, fluoroscopic, fluoroscopy, iv access, port-a-cath, trendelenburg position, chemotherapy, subclavian vein, port a cath, subcutaneous tissues, insertion, subclavian

Port insertion through the right subclavian vein percutaneously under radiological guidance. Metastatic carcinoma of the bladder and bowel obstruction.

Surgery

Port Insertion

PREOPERATIVE DIAGNOSES,1. Metastatic carcinoma of the bladder.,2. Bowel obstruction.,POSTOPERATIVE DIAGNOSES,1. Metastatic carcinoma of the bladder.,2. Bowel obstruction.,PROCEDURE: , Port insertion through the right subclavian vein percutaneously under radiological guidance.,PROCEDURE DETAIL: ,The patient was electively taken to the operating room after obtaining an informed consent. A time-out process was followed. Antibiotics were given. Then, the patient's right deltopectoral area was prepped and draped in the usual fashion. Xylocaine 1% was infiltrated. The right subclavian vein was percutaneously cannulated without any difficulty. Then using the Seldinger technique, the catheter part of the port, which was a single-lumen port, was passed through the introducer under x-ray guidance and placed in the junction of the superior vena cava and the right atrium.,A pocket had been fashioned and a single-lumen drum of the port was connected to the catheter, which had been trimmed and affixed to the pectoralis fascia with couple of sutures of Vicryl. Then, the fascia was closed using subcuticular suture of Monocryl. The drum was aspirated and irrigated with heparinized saline and then was put in the pocket and the skin was closed. A dressing was applied including the needle and the port with the catheter so that the floor could use the catheter right away.,The patient tolerated the procedure well and was sent to recovery room in satisfactory condition. A chest x-ray was performed that showed that there were no complications of procedure and that the catheter was in right place.

surgery, metastatic carcinoma of the bladder, percutaneously, subclavian vein, port insertion, metastatic carcinoma, bowel obstruction, catheter

Port-A-Cath insertion template. Catheter was inserted after subcutaneous pocket was created, the sheath dilators were advanced, and the wire and dilator were removed.

Surgery

Port-A-Cath Insertion

PROCEDURE PERFORMED: , Port-A-Cath insertion.,ANESTHESIA: , MAC.,COMPLICATIONS: , None.,ESTIMATED BLOOD LOSS: ,Minimal.,PROCEDURE IN DETAIL: ,Patient was prepped and draped in sterile fashion. The left subclavian vein was cannulated with a wire. Fluoroscopic confirmation of the wire in appropriate position was performed. Then catheter was inserted after subcutaneous pocket was created, the sheath dilators were advanced, and the wire and dilator were removed. Once the catheter was advanced through the sheath, the sheath was peeled away. Catheter was left in place, which was attached to hub, placed in the subcutaneous pocket, sewn in place with 2-0 silk sutures, and then all hemostasis was further reconfirmed. No hemorrhage was identified. The port was in appropriate position with fluoroscopic confirmation. The wound was closed in 2 layers, the 1st layer being 3-0 Vicryl, the 2nd layer being 4-0 Monocryl subcuticular stitch. Dressed with Steri-Strips and 4 x 4's. Port was checked. Had good blood return, flushed readily with heparinized saline.

surgery, hemostasis, port a cath insertion, fluoroscopic confirmation, cath insertion, insertion, fluoroscopic, subcutaneous, catheter, sheath, dilators, wire,

Transnasal transsphenoidal approach in resection of pituitary tumor. The patient is a 17-year-old girl who presented with headaches and was found to have a prolactin of 200 and pituitary tumor.

Surgery

Pituitary Tumor Resection

TITLE OF OPERATION: , Transnasal transsphenoidal approach in resection of pituitary tumor.,INDICATION FOR SURGERY: , The patient is a 17-year-old girl who presented with headaches and was found to have a prolactin of 200 and pituitary tumor. She was started on Dostinex with increasing dosages. The most recent MRI demonstrated an increased growth with hemorrhage. This was then discontinued. Most recent prolactin was at 70, although normalized, the recommendation was surgical resection given the size of the sellar lesion. All the risks, benefits, and alternatives were explained in great detail via translator.,PREOP DIAGNOSIS: , Pituitary tumor.,POSTOP DIAGNOSIS: , Pituitary tumor.,PROCEDURE DETAIL: ,The patient brought to the operating room, positioned on the horseshoe headrest in a neutral position supine. The fluoroscope was then positioned. The approach will be dictated by Dr. X. Once the operating microscope and the endoscope were then used to approach it through transnasal, this was complicated and complex secondary to the drilling within the sinus. Once this was ensured, the tumor was identified, separated from the pituitary gland, it was isolated and then removed. It appeared to be hemorrhagic and a necrotic pituitary, several sections were sent. Once this was ensured and completed and hemostasis obtained, the wound was irrigated. There might have been a small CSF leak with Valsalva, so the recommendation was for a reconstruction, Dr. X will dictate. The fat graft was harvested from the left lower quadrant and closed primarily, this was soaked in fat and used to close the closure. All sponge and needle counts were correct. The patient was extubated and transported to the recovery room in stable condition. Blood loss was minimal.

surgery, transnasal transsphenoidal approach, resection, pituitary tumor, transsphenoidal, transnasal, prolactin, tumor, pituitary,

Application of PMT large halo crown and vest. Cervical spondylosis, status post complex anterior cervical discectomy, corpectomy, decompression and fusion.

Surgery

PMT Halo Crown & Vest

PREOPERATIVE DIAGNOSES: , Cervical spondylosis, status post complex anterior cervical discectomy, corpectomy, decompression and fusion.,POSTOPERATIVE DIAGNOSES: , Cervical spondylosis, status post complex anterior cervical discectomy, corpectomy, decompression and fusion, and potentially unstable cervical spine.,OPERATIVE PROCEDURE: ,Application of PMT large halo crown and vest.,ESTIMATED BLOOD LOSS: , None.,ANESTHESIA: ,Local, conscious sedation with Morphine and Versed.,COMPLICATIONS: , None. Post-fixation x-rays, nonalignment, no new changes. Post-fixation neurologic examination normal.,CLINICAL HISTORY: ,The patient is a 41-year-old female who presented to me with severe cervical spondylosis and myelopathy. She was referred to me by Dr. X. The patient underwent a complicated anterior cervical discectomy, 2-level corpectomy, spinal cord decompression and fusion with fibular strut and machine allograft in the large cervical plate. Surgery had gone well, and the patient has done well in the last 2 days. She is neurologically improved and is moving all four extremities. No airway issues. It was felt that the patient was now a candidate for a halo vest placement given that chance of going to the OR were much smaller. She was consented for the procedure, and I sought the help of ABC and felt that a PMT halo would be preferable to a Bremer halo vest. The patient had this procedure done at the bedside, in the SICU room #1. I used a combination of some morphine 1 mg and Versed 2 mg for this procedure. I also used local anesthetic, with 1% Xylocaine and epinephrine a total of 15 to 20 cc.,PROCEDURE DETAILS:, The patient's head was positioned on some towels, the retroauricular region was shaved, and the forehead and the posterolateral periauricular regions were prepped with Betadine. A large PMT crown was brought in and fixed to the skull with pins under local anesthetic. Excellent fixation achieved. It was lateral to the supraorbital nerves and 1 fingerbreadth above the brows and the ear pinnae.,I then put the vest on, by sitting the patient up, stabilizing her neck. The vest was brought in from the front as well and connected. Head was tilted appropriately, slightly extended, and in the midline. All connections were secured and pins were torqued and tightened.,During the procedure, the patient did fine with no significant pain.,Post-procedure, she is neurologically intact and she remained intact throughout. X-rays of the cervical spine AP, lateral, and swimmer views showed excellent alignment of the hardware construct in the graft with no new changes.,The patient will be subjected to a CT scan to further define the alignment, and barring any problems, she will be ambulating with the halo on.,The patient will undergo pin site care as per protocol, and likely she will go in the next 2 to 3 days. Her prognosis indeed is excellent, and she is already about 90% or so better from her surgery. She is also on a short course of Decadron, which we will wean off in due course.,The matter was discussed with the patient and the patient's family.

surgery, cervical spondylosis, anterior cervical discectomy, corpectomy, decompression, fusion, pmt, crown, vest, pmt halo, cervical,

Ultrasound-guided right pleurocentesis for right pleural effusion with respiratory failure and dyspnea.

Surgery

Pleurocentesis

PREOPERATIVE DIAGNOSIS: , Right pleural effusion with respiratory failure and dyspnea.,POSTOPERATIVE DIAGNOSIS: , Right pleural effusion with respiratory failure and dyspnea.,PROCEDURE: , Ultrasound-guided right pleurocentesis.,ANESTHESIA: , Local with lidocaine.,TECHNIQUE IN DETAIL: , After informed consent was obtained from the patient and his mother, the chest was scanned with portable ultrasound. Findings revealed a normal right hemidiaphragm, a moderate right pleural effusion without septation or debris, and no gliding sign of the lung on the right. Using sterile technique and with ultrasound as a guide, a pleural catheter was inserted and serosanguinous fluid was withdrawn, a total of 1 L. The patient tolerated the procedure well. Portable x-ray is pending.

surgery, pleural effusion, dyspnea, gliding sign, hemidiaphragm, pleural catheter, pleurocentesis, respiratory, serosanguinous fluid, ultrasound, pleural,

Closed reduction and pinning of the right ulna with placement of a long-arm cast.

Surgery

Pinning - Ulna

PREOPERATIVE DIAGNOSIS:, Right both bone forearm refracture.,POSTOPERATIVE DIAGNOSIS: , Right both bone forearm refracture.,PROCEDURE:, Closed reduction and pinning of the right ulna with placement of a long-arm cast.,ANESTHESIA: , Surgery performed under general anesthesia. Local anesthetic was 10 mL of 0.25% Marcaine plain.,COMPLICATIONS: , No intraoperative complications.,DRAINS: , None.,SPECIMENS: , None.,HARDWARE: ,Hardware was 0.79 K-wire.,HISTORY AND PHYSICAL: , The patient is a 5-year-old male who sustained refracture of his right forearm on 12/05/2007. The patient was seen in the emergency room. The patient had a complete fracture of both bones with shortening bayonet apposition. Treatment options were offered to the family including casting versus closed reduction and pinning. The parents opted for the latter. Risks and benefits of surgery were discussed. Risks of surgery included risk of anesthesia, infection, bleeding, changes in sensation and motion of the extremity, hardware failure, and need for later hardware removal, cast tightness. All questions were answered, and the parents agreed to the above plan.,PROCEDURE IN DETAIL: , The patient was taken to the operating room and placed supine on the operating room table. General anesthesia was then administered. The patient received Ancef preoperatively. The right upper extremity was then prepped and draped in standard surgical fashion. A small incision was made at the tip of the olecranon. Initially, a 1.11 guidewire was placed, but this was noted to be too wide for this canal. This was changed for a 0.79 K-wire. This was driven up to the fracture site. The fracture was manually reduced and then the K-wire passed through the distal segment. This demonstrated adequate fixation and reduction of both bones. The pin was then cut short. The fracture site and pin site was infiltrated with 0.25% Marcaine. The incision was closed using 4-0 Monocryl. The wounds were cleaned and dried. Dressed with Xeroform, 4 x 4. The patient was then placed in a well-moulded long-arm cast. He tolerated the procedure well. He was subsequently taken to Recovery in stable condition.,POSTOPERATIVE PLAN: , The patient will be maintain current pin, and long-arm cast for 4 weeks at which time he will return for cast removal. X-rays of the right forearm will be taken. The patient may need additional mobilization time. Once the fracture has healed, we will take the pin out, usually at the earliest 3 to 4 months. Intraoperative findings were relayed to the parents. All questions were answered.

surgery, closed reduction, pinning, forearm refracture, fracture site, arm cast,

Plantar fascitis, left foot. Partial plantar fasciotomy.

Surgery

Plantar Fasciotomy

PREOPERATIVE DIAGNOSIS:, Plantar fascitis, left foot.,POSTOPERATIVE DIAGNOSIS: , Plantar fascitis, left foot.,PROCEDURE PERFORMED: , Partial plantar fasciotomy, left foot.,ANESTHESIA:, 10 cc of 0.5% Marcaine plain with TIVA.,HISTORY: ,This 35-year-old Caucasian female presents to ABCD General Hospital with above chief complaint. The patient states she has extreme pain with plantar fascitis in her left foot and has attempted conservative treatment including orthotics without long-term relief of symptoms and desires surgical treatment. The patient has been NPO since mid night. Consent is signed and in the chart. No known drug allergies.,Details Of Procedure: An IV was instituted by the Department of Anesthesia in the preoperative holding area. The patient was transported to the operating room and placed on the operating table in supine position with a safety belt across the stomach. Copious amounts of Webril were placed on the left ankle followed by blood pressure cuff. After adequate sedation by the Department of Anesthesia, a total of 10 cc of 0.5% Marcaine plain was injected into the surgical site both medially and laterally across the plantar fascia. The foot was then prepped and draped in the usual sterile orthopedic fashion. An Esmarch bandage was applied for exsanguination and the pneumatic ankle tourniquet was inflated to 250 mmHg. The foot was then reflected on the operating, stockinet reflected, and the foot cleansed with a wet and dry sponge. Attention was then directed to the plantar medial aspect of the left heel. An approximately 0.75 cm incision was then created in the plantar fat pad over the area of maximal tenderness.,The incision was then deepened with a combination of sharp and blunt dissection until the plantar fascia was palpated. A #15 blade was then used to transect the medial and central bands of the plantar fascia. Care was taken to preserve the lateral fibroids. The foot was dorsiflexed against resistance as the fibers were released and there was noted to be increased laxity after release of the fibers on the plantar aspect of the foot indicating that plantar fascia has in fact been transacted. The air was then flushed with copious amounts of sterile saline. The skin incision was then closed with #3-0 nylon in simple interrupted fashion. Dressings consisted of #0-1 silk, 4 x 4s, Kling, Kerlix, and Coban. The pneumatic ankle tourniquet was released and immediate hyperemic flush was noted throughout all digits of the left foot. The patient tolerated the above procedure and anesthesia well without complications. The patient was transported to the PACU with vital signs stable and vascular status intact to the left foot. Intraoperatively, an additional 80 cc of 1% lidocaine was injected for additional anesthesia in the case. The patient is to be nonweightbearing on the left lower extremity with crutches. The patient is given postoperative pain prescriptions for Vicodin ES, one q3-4h. p.o. p.r.n. for pain as well as Celebrex 200 mg one p.o. b.i.d. The patient is to follow-up with Dr. X as directed.

surgery, foot, plantar fasciotomy, plantar fascitis, plantar fascia, plantar, fasciotomy, ankle, medially, fascitis, fascia

Chest tube talc pleurodesis of the right chest.

Surgery

Pleurodesis

PREOPERATIVE DIAGNOSIS:, Large recurrent right pleural effusion.,POSTOPERATIVE DIAGNOSIS:, Large recurrent right pleural effusion.,PROCEDURE:,1. Conscious sedation.,2. Chest tube talc pleurodesis of the right chest.,INDICATIONS: , The patient is a 65-year-old lady with a history of cirrhosis who has developed a recurrent large right pleural effusion. Chest catheter had been placed previously, and she had been draining up to 1.5 liters of serous fluid a day. Eventually, this has decreased and a talc pleurodesis is being done to see her pleural effusion does not recur.,SPECIMENS:, None.,ESTIMATED BLOOD LOSS: , Zero.,NARRATIVE:, After obtaining informed consent from the patient and her daughter, the patient was assessed and found to be in good condition and a good candidate for conscious sedation. Vital signs were taken. These were stable, so the patient was then given initially 0.5 mg of Versed and 2 mg of morphine IV. After a couple of minutes, she was assessed and found to be awake but calm, so then the chest tube was clamped and then through the chest tube a solution of 120 mL of normal saline containing 5 g of talc and 40 mg of lidocaine were then put into her right chest taking care that no air would go in to create a pneumothorax. She was then laid on her left lateral decubitus position for 5 minutes and then turned into the right lateral decubitus position for 5 minutes and then the chest tube was unclamped. The patient was given additional 0.5 mg of Versed and 0.5 mg of Dilaudid IV achieving a state where the patient was comfortable but readily responsive. The patient tolerated the procedure well. She did complain of up to a 7/10 pain, but quickly this was brought under control. The chest tube was unclamped. Now, the patient will be left to rest and she will get a chest x-ray in the morning.

surgery, chest tube talc pleurodesis, lateral decubitus position, decubitus position, talc pleurodesis, pleural effusion, chest tube, chest, pleurodesis, talc, recurrent, pleural, effusion, tube

Endoscopic-assisted transsphenoidal exploration and radical excision of pituitary adenoma. Endoscopic exposure of sphenoid sinus with removal of tissue from within the sinus.

Surgery

Pituitary Adenomectomy

PREOPERATIVE DIAGNOSIS: , Large and invasive recurrent pituitary adenoma.,POSTOPERATIVE DIAGNOSIS:, Large and invasive recurrent pituitary adenoma.,OPERATION PERFORMED: , Endoscopic-assisted transsphenoidal exploration and radical excision of pituitary adenoma, endoscopic exposure of sphenoid sinus with removal of tissue from within the sinus, harvesting of dermal fascia abdominal fat graft, placement of abdominal fat graft into sella turcica, reconstruction of sellar floor using autologous nasal bone creating a cranioplasty of less than 5 cm, repair of nasal septal deviation, using the operating microscope and microdissection technique, and placement of lumbar subarachnoid catheter connected to reservoir for aspiration and infusion.,INDICATIONS FOR PROCEDURE: , This man has undergone one craniotomy and 2 previous transsphenoidal resections of his tumor, which is known to be an invasive pituitary adenoma. He did not return for followup or radiotherapy as instructed, and the tumor has regrown. For this reason, he is admitted for transsphenoidal reoperation with an attempt to remove as much tumor as possible. The high-risk nature of the procedure and the fact that postoperative radiation is mandatory was made clear to him. Many risks including CSF leak and blindness were discussed in detail. After clear understanding of all the same, he elected to proceed ahead with surgery.,PROCEDURE: ,The patient was placed on the operating table, and after adequate induction of general anesthesia, he was placed in the left lateral decubitus position. Care was taken to pad all pressure points appropriately. The back was prepped and draped in usual sterile manner.,A 14-gauge Tuohy needle was introduced into the lumbar subarachnoid space. Clear and colorless CSF issued forth. A catheter was inserted to a distance of 40 cm, and the needle was removed. The catheter was then connected to a closed drainage system for aspiration and infusion.,This no-touch technique is now a standard of care for treatment of patients with large invasive adenomas. Via injections through the lumbar drain, one increases intracranial pressure and produces gentle migration of the tumor. This improves outcome and reduces complications by atraumatically dissecting the tumor away from the optic apparatus.,The patient was then placed supine, and the 3-point headrest was affixed. He was placed in the semi-sitting position with the head turned to the right and a roll placed under the left shoulder. Care was taken to pad all pressure points appropriately. The fluoroscope C-arm unit was then positioned so as to afford an excellent view of the sella and sphenoid sinus in the lateral projection. The metallic arm was then connected to the table for the use of the endoscope. The oropharynx, nasopharynx, and abdominal areas were then prepped and draped in the usual sterile manner.,A transverse incision was made in the abdominal region, and several large pieces of fat were harvested for later use. Hemostasis was obtained. The wound was carefully closed in layers.,I then advanced a 0-degree endoscope up the left nostril. The middle turbinate was identified and reflected laterally exposing the sphenoid sinus ostium. Needle Bovie electrocautery was used to clear mucosa away from the ostium. The perpendicular plate of the ethmoid had already been separated from the sphenoid. I entered into the sphenoid.,There was a tremendous amount of dense fibrous scar tissue present, and I slowly and carefully worked through all this. I identified a previous sellar opening and widely opened the bone, which had largely regrown out to the cavernous sinus laterally on the left, which was very well exposed, and the cavernous sinus on the right, which I exposed the very medial portion of. The opening was wide until I had the horizontal portion of the floor to the tuberculum sella present.,The operating microscope was then utilized. Working under magnification, I used hypophysectomy placed in the nostril.,The dura was then carefully opened in the midline, and I immediately encountered tissue consistent with pituitary adenoma. A frozen section was obtained, which confirmed this diagnosis without malignant features.,Slowly and meticulously, I worked to remove the tumor. I used the suction apparatus as well as the bipolar coagulating forceps and ring and cup curette to begin to dissect tumor free. The tumor was moderately vascular and very fibrotic.,Slowly and carefully, I systematically entered the sellar contents until I could see the cavernous sinus wall on the left and on the right. There appeared to be cavernous sinus invasion on the left. It was consistent with what we saw on the MRI imaging.,The portion working into the suprasellar cistern was slowly dissected down by injecting saline into the lumbar subarachnoid catheter. A large amount of this was removed. There was a CSF leak, as the tumor was removed for the upper surface of it was very adherent to the arachnoid and could not be separated free.,Under high magnification, I actually worked up into this cavity and performed a very radical excision of tumor. While there may be a small amount of tumor remaining, it appeared that a radical excision had been created with decompression of the optic apparatus. In fact, I reinserted the endoscope and could see the optic chiasm well.,I reasoned that I had therefore achieved the goal with that is of a radical excision and decompression. Attention was therefore turned to closure.,The wound was copiously irrigated with Bacitracin solution, and meticulous hemostasis was obtained. I asked Anesthesiology to perform a Valsalva maneuver, and there was no evidence of bleeding.,Attention was turned to closure and reconstruction. I placed a very large piece of fat in the sella to seal the leak and verified that there was no fat in the suprasellar cistern by using fluoroscopy and looking at the pattern of the air. Using a polypropylene insert, I reconstructed the sellar floor with this implant making a nice tight sling and creating a cranioplasty of less than 5 cm.,DuraSeal was placed over this, and the sphenoid sinus was carefully packed with fat and DuraSeal.,I inspected the nasal passages and restored the septum precisely to the midline repairing a previous septal deviation. The middle turbinates were then restored to their anatomic position. There was no significant intranasal bleeding, and for this reason, an open nasal packing was required. Sterile dressings were applied, and the operation was terminated.,The patient tolerated the procedure well and left to the recovery room in excellent condition. The sponge and needle counts were reported as correct, and there were no intraoperative complications.,Specimens were sent to Pathology consisting of tumor.

A 44-year-old, 250-pound male presents with extreme pain in his left heel.

Surgery

Plantar Fasciitis

S -, A 44-year-old, 250-pound male presents with extreme pain in his left heel. This is his chief complaint. He says that he has had this pain for about two weeks. He works on concrete floors. He says that in the mornings when he gets up or after sitting, he has extreme pain and great difficulty in walking. He also has a macular blotching of skin on his arms, face, legs, feet and the rest of his body that he says is a pigment disorder that he has had since he was 17 years old. He also has redness and infection of the right toes.,O -, The patient apparently has a pigmentation disorder, which may or may not change with time, on his arms, legs and other parts of his body, including his face. He has an erythematous moccasin-pattern tinea pedis of the plantar aspects of both feet. He has redness of the right toes 2, 3 and 4. Extreme exquisite pain can be produced by direct pressure on the plantar aspect of his left heel.,A -, 1. Plantar fasciitis.,

surgery, plantar fasciitis, tinea pedis, tinea purpura, heel, fasciitis, plantar,

External fixation of left pilon fracture and closed reduction of left great toe, T1 fracture. Due to the comminuted nature of her tibia fracture as well as soft tissue swelling, the patient is in need of a staged surgery with the 1st stage external fixation followed by open treatment and definitive plate and screw fixation.

Surgery

Pilon Fracture External Fixation

PREOP DIAGNOSES:,1. Left pilon fracture.,2. Left great toe proximal phalanx fracture.,POSTOP DIAGNOSES:,1. Left pilon fracture.,2. Left great toe proximal phalanx fracture.,OPERATION PERFORMED:,1. External fixation of left pilon fracture.,2. Closed reduction of left great toe, T1 fracture.,ANESTHESIA: ,General.,BLOOD LOSS: ,Less than 10 mL.,Needle, instrument, and sponge counts were done and correct.,DRAINS AND TUBES: , None.,SPECIMENS:, None.,INDICATION FOR OPERATION: ,The patient is a 58-year-old female who was involved in an auto versus a tree accident on 6/15/2009. The patient suffered a fracture of a distal tibia and fibula as well as her great toe on the left side at that time. The patient was evaluated by the emergency room and did undergo further evaluation due to loss of consciousness. She underwent a provisional reduction and splinting in the emergency room followed by further evaluation for her heart and brain by the Medicine Service following this and she was appropriate for surgical intervention. Due to the comminuted nature of her tibia fracture as well as soft tissue swelling, the patient is in need of a staged surgery with the 1st stage external fixation followed by open treatment and definitive plate and screw fixation. The patient had swollen lower extremities, however, compartments were soft and she had no sign of compartment syndrome. Risks and benefits of procedure were discussed in detail with the patient and her husband. All questions were answered, and consent was obtained. The risks including damage to blood vessels and nerves with painful neuroma or numbness, limb altered function, loss of range of motion, need for further surgery, infection, complex regional pain syndrome and deep vein thrombosis were all discussed as potential risks of the surgery.,FINDINGS:,1. There was a comminuted distal tibia fracture with a fibular shaft fracture. Following traction, there was adequate coronal and sagittal alignment of the fracture fragments and based on the length of the fibula, the fracture fragments were out to length.,2. The base of her proximal phalanx fracture was assessed and reduced with essentially no articular step-off and approximately 1-mm displacement. As the reduction was stable with buddy taping, no pinning was performed.,3. Her compartments were full, but not firm nor did she have any sign of compartment syndrome and no compartment releases were performed.,OPERATIVE REPORT IN DETAIL: ,The patient was identified in the preoperative holding area. The left leg was identified and marked at the surgical site of the patient. She was then taken to the operating room where she was transferred to the operating room in the supine position, placed under general anesthesia by the anesthesiology team. She received Ancef for antibiotic prophylaxis. A time-out was then undertaken verifying the correct patient, extremity, visibility of preoperative markings, availability of equipment, and administration of preoperative antibiotics. When all was verified by the surgeon, anesthesia and circulating personnel left lower extremity was prepped and draped in the usual fashion. At this point, intraoperative fluoroscopy was used to identify the fracture site as well as the appropriate starting point both in the calcaneus for a transcalcaneal cross stent and in the proximal tibia with care taken to leave enough room for later plate fixation without contaminating the future operative site. A single centrally threaded calcaneal cross tunnel was then placed across the calcaneus parallel to the joint surface followed by placement of 2 Schantz pins in the tibia and a frame type external fixator was then applied in traction with attempts to get the fracture fragments out to length, but not overly distract the fracture and restore coronal and sagittal alignment as much as able. When this was adequate, the fixator apparatus was locked in place, and x-ray images were taken verifying correct placement of the hardware and adequate alignment of the fracture. Attention was then turned to the left great toe, where a reduction of the proximal phalanx fracture was performed and buddy taping as this provided good stability and was least invasive. X-rays were taken showing good reduction of the base of the proximal phalanx of the great toe fracture. At this point, the pins were cut short and capped to protect the sharp ends. The stab wounds for the Schantz pin and cross pin were covered with gauze with Betadine followed by dry gauze, and the patient was then awakened from anesthesia and transferred to the progressive care unit in stable condition. Please note there was no break in sterile technique throughout the case.,PLAN: ,The patient will require definitive surgical treatment in approximately 2 weeks when the soft tissues are amenable to plate and screw fixation with decreased risk of wound complication. She will maintain her buddy taping in regards to her great toe fracture.

surgery, phalanx fracture, schantz pins, toe fracture, tibia fracture, pilon fracture, external fixation, proximal phalanx, fracture, toe, pilon, phalanx, reduction, tibia, proximal, fixation,

Pilonidal cyst with abscess formation. Excision of infected pilonidal cyst.

Surgery

Pilonidal Cyst Excision

PREOPERATIVE DIAGNOSIS: , Pilonidal cyst with abscess formation.,POSTOPERATIVE DIAGNOSIS:, Pilonidal cyst with abscess formation.,OPERATION: , Excision of infected pilonidal cyst.,PROCEDURE: , After obtaining informed consent, the patient underwent a spinal anesthetic and was placed in the prone position in the operating room. A time-out process was followed. Antibiotics were given and then the patient was prepped and draped in the usual fashion. It appeared to me that the abscess had drained somewhat during the night, as it was much smaller than I was anticipating. An elliptical excision of all infected tissues down to the coccyx was performed. Hemostasis was achieved with a cautery. The wound was irrigated with normal saline and it was packed open with iodoform gauze and an absorptive dressing.,The patient was sent to recovery room in satisfactory condition. Estimated blood loss was minimal. The patient tolerated the procedure well.

surgery, hemostasis, excision, pilonidal cyst, cyst, abscess, infected,

Revision and in situ pinning of the right hip.

Surgery

Pinning - Hip

PREOPERATIVE DIAGNOSIS: , Right acute on chronic slipped capital femoral epiphysis.,POSTOPERATIVE DIAGNOSIS: , Right acute on chronic slipped capital femoral epiphysis.,PROCEDURE: , Revision and in situ pinning of the right hip.,ANESTHESIA: , Surgery performed under general anesthesia.,COMPLICATIONS: ,There were no intraoperative complications.,DRAINS: , None.,SPECIMENS: , None.,LOCAL: ,10 mL of 0.50% Marcaine local anesthetic.,HISTORY AND PHYSICAL: , The patient is a 13-year-old girl who presented in November with an acute on chronic right slipped capital femoral epiphysis. She underwent in situ pinning. The patient on followup; however, noted to have intraarticular protrusion of her screw. This was not noted intraoperatively on previous fluoroscopic views. Given this finding, I explained to the father and especially the mother that this can cause further joint damage and that the screw would need to be exchanged for a shorter one. Risks and benefits of surgery were discussed. Risks of surgery include risk of anesthesia, infection, bleeding, changes in sensation and motion of the extremity, failure to remove the screw, possible continued joint stiffness or damage. All questions were answered and parents agreed to above plan.,PROCEDURE IN DETAIL: , The patient was taken to the operating room and placed supine on the operating table. General anesthesia was then administered. The patient received Ancef preoperatively. A small bump was placed underneath her right buttock. The right upper thigh was then prepped and draped in standard surgical fashion. The upper aspect of the incision was reincised. The dissection was carried down to the crew, which was easily found. A guidewire was placed inside the screw with subsequent removal of the previous screw. The previous screw measured 65 mm. A 60 mm screw was then placed under direct visualization with fluoroscopy. The hip was taken through full range of motion to check on the length of the screw, which demonstrated no intraarticular protrusion. The guidewire was removed. The wound was then irrigated and closed using 2-0 Vicryl in the fascial layer as well as the subcutaneous fat. The skin was closed with 4-0 Monocryl. The wound was cleaned and dried, dressed with Steri-Strips, Xeroform, 4 x 4s, and tape. The area was infiltrated with total 10 mL of 0.5% Marcaine local anesthetic.,POSTOPERATIVE PLAN: , The patient will be discharged on the day of surgery. She should continue toe touch weightbearing on her leg. The wound may be wet in approximately 5 days. The patient should follow up in clinic in about 10 days. The patient is given Vicodin for pain. Intraoperative findings were relayed to the mother.

surgery, guidewire, capital femoral epiphysis, intraarticular protrusion, femoral epiphysis, pinning, screw,

Left hemothorax, rule out empyema. Insertion of a 12-French pigtail catheter in the left pleural space.

Surgery

Pigtail Catheter Insertion

PREOPERATIVE DIAGNOSIS: ,Left hemothorax, rule out empyema.,POSTOPERATIVE DIAGNOSIS: , Left hemothorax rule out empyema.,PROCEDURE: , Insertion of a 12-French pigtail catheter in the left pleural space.,PROCEDURE DETAIL: ,After obtaining informed consent, the patient was taken to the minor OR in the Same Day Surgery where his posterior left chest was prepped and draped in a usual fashion. Xylocaine 1% was injected and then a 12-French pigtail catheter was inserted in the medial scapular line about the eighth intercostal space. It was difficult to draw fluid by syringe, but we connected the system to a plastic bag and by gravity started draining at least 400 mL while we were in the minor OR. Samples were sent for culture and sensitivity, aerobic and anaerobic.,The patient and I decided to admit him for a period of observation at least overnight.,He tolerated the procedure well and the postprocedure chest x-ray showed no complications.

surgery, chest, pleural space, pigtail catheter, insertion, empyema, hemothorax,

Botulinum toxin injection bilateral rectus femoris, medial hamstrings, and gastrocnemius soleus muscles, phenol neurolysis of bilateral obturator nerves, application of bilateral short leg fiberglass casts.

Surgery

Phenol Neurolysis & Botulinum Toxin Injection - 3

PROCEDURE CODES: 64640 times two, 64614 time two, 95873 times two, 29405 times two.,PREOPERATIVE DIAGNOSIS: Spastic diplegic cerebral palsy, 343.0.,POSTOPERATIVE DIAGNOSIS: Spastic diplegic cerebral palsy, 343.0.,ANESTHESIA: MAC.,COMPLICATIONS: None.,DESCRIPTION OF TECHNIQUE: Informed consent was obtained from the patient's mom. The patient was brought to minor procedures and sedated per their protocol. The patient was positioned lying supine. Skin overlying all areas injected was prepped with chlorhexidine.,The obturator nerves were identified lateral to the adductor longus tendon origin and below the femoral pulse with active EMG stimulation. Approximately 4 mL of 5% phenol was injected in this location bilaterally. Phenol injections were done at the site of maximum hip adduction contraction with least amount of stimulus. Negative drawback for blood was done prior to each injection of phenol.,Muscles injected with botulinum toxin were identified with active EMG stimulation. Approximately 50 units was injected in the rectus femoris bilaterally, 75 units in the medial hamstrings bilaterally and 100 units in the gastrocnemius soleus muscles bilaterally. Total amount of botulinum toxin injected was 450 units diluted 25 units to 1 mL. After injections were performed, bilateral short leg fiberglass casts were applied. The patient tolerated the procedure well and no complications were encountered.

surgery, botulinum toxin injection bilateral, toxin injection bilateral rectus, neurolysis of bilateral obturator, short leg fiberglass casts, muscles phenol neurolysis, botulinum toxin injection, gastrocnemius soleus muscles, short leg fiberglass, femoris medial, cerebral palsy, active emg, emg stimulation, phenol neurolysis, toxin injection, rectus femoris, gastrocnemius soleus, soleus muscles, obturator nerves, leg fiberglass, fiberglass casts, botulinum toxin, hamstrings, gastrocnemius, obturator, nerves, fiberglass, casts, muscles, botulinum, phenol, bilateral, injection, toxin

Phenol neurolysis left musculocutaneous nerve and bilateral obturator nerves. Botulinum toxin injection left pectoralis major, left wrist flexors, and bilateral knee extensors.

Surgery

Phenol Neurolysis & Botulinum Toxin Injection - 1

PROCEDURES PERFORMED:, Phenol neurolysis left musculocutaneous nerve and bilateral obturator nerves. Botulinum toxin injection left pectoralis major, left wrist flexors, and bilateral knee extensors.,PROCEDURE CODES: , 64640 times three, 64614 times four, 95873 times four.,PREOPERATIVE DIAGNOSIS: , Spastic quadriparesis secondary to traumatic brain injury, 907.0.,POSTOPERATIVE DIAGNOSIS:, Spastic quadriparesis secondary to traumatic brain injury, 907.0.,ANESTHESIA:, MAC.,COMPLICATIONS: , None.,DESCRIPTION OF TECHNIQUE: , Informed consent was obtained from the patient's brother. The patient was brought to the minor procedure area and sedated per their protocol. The patient was positioned lying supine. Skin overlying all areas injected was prepped with chlorhexidine. The obturator nerves were identified lateral to the adductor longus tendon origin and below the femoral pulse using active EMG stimulation. Approximately 7 mL was injected on the right side and 5 mL on the left side. At all sites of phenol injections in this area injections were done at the site of maximum hip adduction contraction with least amount of stimulus. Negative drawback for blood was done prior to each injection of phenol. The musculocutaneous nerve was identified in the left upper extremity above the brachial pulse using active EMG stimulation. Approximately 5 mL of 5% phenol was injected in this location. Injections in this area were done at the site of maximum elbow flexion contraction with least amount of stimulus. Negative drawback for blood was done prior to each injection of phenol.,Muscles injected with botulinum toxin were identified using active EMG stimulation. Approximately 150 units was injected in the knee extensors bilaterally, 100 units in the left pectoralis major, and 50 units in the left wrist flexors. Total amount of botulinum toxin injected was 450 units diluted 25 units to 1 mL. The patient tolerated the procedure well and no complications were encountered.

surgery, spastic quadriparesis, emg stimulation, emg, botulinum toxin injection, traumatic brain, brain injury, phenol neurolysis, toxin injection, musculocutaneous nerve, obturator nerves, pectoralis major, wrist flexors, knee extensors, active emg, botulinum toxin, toxin, injection, stimulus, neurolysis, musculocutaneous, extensors, botulinum, phenol

Right phacoemulsification of cataract with intraocular lens implantation - Cataract, right eye.

Surgery

Phacoemulsification of Cataract

PREOPERATIVE DIAGNOSIS (ES):, Cataract, right eye.,POSTOPERATIVE DIAGNOSIS (ES):, Cataract, right eye.,PROCEDURE:, Right phacoemulsification of cataract with intraocular lens implantation.,DESCRIPTION OF THE OPERATION:, Under topical anesthesia with monitored anesthesia care, the patient was prepped, draped and positioned under the operating microscope. A lid speculum was applied to the right eye, and a stab incision into the anterior chamber was done close to the limbus at about the 1 o'clock position with a Superblade, and Xylocaine 1% preservative free 0.25 mL was injected into the anterior chamber, which was then followed by Healon to deepen the anterior chamber. Using a keratome, another stab incision was done close to the limbus at about the 9 o'clock position and with the Utrata forceps, anterior capsulorrhexis was performed, and the torn anterior capsule was totally removed. Hydrodissection and hydrodelineation were performed with the tuberculin syringe filled with BSS. The tip of the phaco unit was introduced into the anterior chamber, and anterior sculpting of the nucleus was performed until about more than two-thirds of the nucleus was removed. Using the phaco tip and the Drysdale hook, the nucleus was broken up into 4 pieces and then phacoemulsified.,The phaco tip was then exchanged for the aspiration/irrigation tip, and cortical materials were aspirated. Posterior capsule was polished with a curette polisher, and Healon was injected into the capsular bag. Using the Monarch intraocular lens inserter, the posterior chamber intraocular lens model SN60WF power +19.50 was placed into the inserter after applying some Healon, and the tip of the inserter was gently introduced through the cornea tunnel wound, into the capsular bag and then the intraocular lens was then inserted inferior haptic first into the back and the superior haptic was placed into the bag with the same instrument. Intraocular lens was then rotated about half a turn with a collar button hook. Healon was removed with the aspiration/irrigation tip, and balanced salt solution was injected through the side port to deepen the anterior chamber. It was found that there was no leakage of fluid through the cornea tunnel wound. For this reason, no suture was applied. Vigamox, Econopred and Nevanac eye drops were instilled and the eye was covered with a perforated shield. The patient tolerated the procedure well. There were no complications.

surgery, cataract, implantation, intraocular, intraocular lens, lens implantation, phacoemulsification, capsular bag, capsule, intraocular lens implantation, cornea tunnel wound, phacoemulsification of cataract, cornea tunnel, anterior chamber, anesthesia, cornea, lens, chamber,

Phenol neurolysis right obturator nerve, botulinum toxin injection right rectus femoris and vastus medialis intermedius and right pectoralis major muscles.

Surgery

Phenol Neurolysis & Botulinum Toxin Injection - 2

PROCEDURES PERFORMED: , Phenol neurolysis right obturator nerve, botulinum toxin injection right rectus femoris and vastus medialis intermedius and right pectoralis major muscles.,PROCEDURE CODES: , 64640 times one, 64614 times two, 95873 times two.,PREOPERATIVE DIAGNOSIS: , Spastic right hemiparetic cerebral palsy, 343.1.,POSTOPERATIVE DIAGNOSIS:, Spastic right hemiparetic cerebral palsy, 343.1.,ANESTHESIA:, MAC.,COMPLICATIONS: , None.,DESCRIPTION OF TECHNIQUE: , Informed consent was obtained from the patient. She was brought to the minor procedure area and sedated per their protocol. The patient was positioned lying supine. Skin overlying all areas injected was prepped with chlorhexidine. The right obturator nerve was identified using active EMG stimulation lateral to the adductor longus tendon origin and below the femoral pulse. Approximately 6 mL of 5% phenol was injected in this location. At all sites of phenol injections, injections were done at the site of maximum hip adduction contraction with least amount of stimulus. Negative drawback for blood was done prior to each injection of phenol.,Muscles injected with botulinum toxin were identified with active EMG stimulation. Approximately 100 units was injected in the right pectoralis major and 100 units in the right rectus femoris and vastus intermedius muscles. Total amount of botulinum toxin injected was 200 units diluted 25 units to 1 mL. The patient tolerated the procedure well and no complications were encountered.

surgery, femoris and vastus medialis, intermedius and right pectoralis, rectus femoris and vastus, vastus medialis intermedius, botulinum toxin injection, medialis intermedius, major muscles, cerebral palsy, active emg, emg stimulation, phenol neurolysis, toxin injection, obturator nerve, rectus femoris, pectoralis major, botulinum toxin, pectoralis, botulinum, phenol, injection, toxin

Cataract, right eye. Phacoemulsification of cataract with posterior chamber intraocular lens, right eye.

Surgery

Phacoemulsification Of Cataract - 2

PREOPERATIVE DIAGNOSIS: , Cataract, right eye.,POSTOPERATIVE DIAGNOSIS:, Cataract, right eye.,PROCEDURE: ,Phacoemulsification of cataract with posterior chamber intraocular lens, right eye.,ANESTHESIA: ,Topical.,COMPLICATIONS: ,None.,PROCEDURE IN DETAIL: ,The patient was identified. The operative eye was treated with tetracaine 1% topically in the preoperative holding area. The patient was taken to the operating room and prepped and draped in the usual sterile fashion for ophthalmic surgery.,Attention was turned to the left/right eye. The lashes were tapped using Steri-Strips to prevent blinking. A lid speculum was placed to prevent lid closure. Anesthesia was verified. Then, a 3.5-mm groove was created with a diamond blade temporarily. This was beveled with a crescent blade, and the anterior chamber was entered with a 3.2-mm keratome in the iris plane. A 1% nonpreserved lidocaine was injected intracamerally and followed with Viscoat. A paracentesis was made. A round capsulorrhexis was performed. The anterior capsular flap was removed. Hydrodelineation and dissection were followed by phacoemulsification of the cataract using a chop technique. The irrigating-aspirating machine was used to clear residual cortex. The Provisc was instilled. An SN60WS diopter intraocular lens was inserted into the capsular bag, and the position was verified. The viscoelastic was removed. Intraocular lens remained well centered. The incision was hydrated, and the anterior chamber pressure was checked with tactile pressure and found to be normal. The anterior chamber remained deep, and there was no wound leak. The patient tolerated the procedure well. The eye was dressed with Maxitrol ointment. A tight patch and Fox shield were placed. The patient returned to the recovery room in excellent condition with stable vital signs and no eye pain.

surgery, cataract, posterior chamber, intraocular lens, hydrodelineation, phacoemulsification of cataract, phacoemulsification, lens, anterior, chamber, eye, intraocular

PICC line insertion

Surgery

PICC line insertion

PROCEDURE PERFORMED:, PICC line insertion.,DESCRIPTION OF PROCEDURE:, The patient was identified by myself on presentation to the angiography suite. His right arm was prepped and draped in sterile fashion from the antecubital fossa up. Under ultrasound guidance, a #21-gauge needle was placed into his right cephalic vein. A guidewire was then threaded through the vein and advanced without difficulty. An introducer was then placed over the guidewire. We attempted to manipulate the guidewire to the superior vena cava; however, we could not pass the point of the subclavian vein and we tried several maneuvers and then opted to do a venogram. What we did was we injected approximately 4 mL of Visipaque 320 contrast material through the introducer and did a mapping venogram and it turned out that the cephalic vein was joining into the subclavian vein. It was very tortuous area. We made several more attempts using the mapping system to pass the glide over that area, but we were unable to do that. Decision was made at that point then to just do a midline catheter. The catheter was cut to 20 cm, then we inserted back to the introducer. The introducer was removed. The catheter was secured by two #3-0 silk sutures. Appropriate imaging was then taken. Sterile dressing was applied. The patient tolerated the procedure nicely and was discharged from Angiography in satisfactory condition back to the general floor. We may make another attempt in the near future using a different approach.,

surgery, picc, picc line, angiography, guidewire, superior vena cava, subclavian vein, venogramNOTE,: Thesetranscribed medical transcription sample reports and examples are provided by various users andare for reference purpose only. MTHelpLine does not certify accuracy and quality of sample reports.These transcribed medical transcription sample reports may include some uncommon or unusual formats;this would be due to the preference of the dictating physician. All names and dates have beenchanged (or removed) to keep confidentiality. Any resemblance of any type of name or date orplace or anything else to real world is purely incidental.

Phacoemulsification with posterior chamber intraocular lens implant in the right eye.

Surgery

Phacoemulsification & Lens Implantation - 7

TITLE OF OPERATION: , Phacoemulsification with posterior chamber intraocular lens implant in the right eye.,INDICATION FOR SURGERY: , The patient is a 27-year-old male who sustained an open globe injury as a child. He subsequently developed a retinal detachment in 2005 and now has silicone oil in the anterior chamber of the right eye as well as a dense cataract. He is undergoing silicone oil removal as well as concurrent cataract extraction with lens implant in the right eye.,PREOP DIAGNOSIS:,1. History of open globe to the right eye.,2. History of retinal detachment status post repair in the right eye.,3. Silicone oil in anterior chamber.,4. Dense silicone oil cataract in the right eye obscuring the view of the posterior pole.,POSTOP DIAGNOSIS:,1. History of open globe to the right eye.,2. History of retinal detachment status post repair in the right eye.,3. Silicone oil in anterior chamber.,4. Dense silicone oil cataract in the right eye obscuring the view of the posterior pole.,ANESTHESIA: , General.,PROS DEV IMPLANT: , ABC Laboratories posterior chamber intraocular lens, 21.0 diopters, serial number 123456.,NARRATIVE: , Informed consent was obtained. All questions were answered. The patient was brought to preoperative holding area where the operative right eye was marked. He was brought to the operating room and placed in the supine position. EKG leads were placed. General anesthesia was induced by the anesthesia service. A time-out was called to confirm the procedure and operative eye. The right operative eye was disinfected and draped in a standard fashion for eye surgery. A lid speculum was placed. The vitreoretinal team placed the infusion cannula after performing a peritomy. At this point in the case, the patient was turned over to the cornea service with Mrs. Jun. A paracentesis was made at the approximately 3 o'clock position. Healon was placed into the anterior chamber. The diamond keratome was used to make a vertical groove incision just inside the limbus at the 108-degree axis. This incision was then shelved anteriorly and used to enter the anterior chamber. The Utrata forceps were used to complete a continuous circular capsulorrhexis after incision of the capsule with the cystotome. Hydrodissection was performed. The lens nucleus was removed using phacoemulsification and irrigation and aspiration. Lens cortex also was removed using irrigation and aspiration. Viscoelastic was placed to inflate the capsular remnant. The diamond knife was used to enlarge the phaco incision. Intraocular lens was selected from preoperative calculations, placed in the injector system, and inserted into the capsule without difficulty. The trailing haptic was placed using the Sheets forceps and the Barraquer sweep to push the IOL optic posteriorly as the trailing haptic was placed. The anterior cornea wound was sutured along with the paracentesis after irrigation and aspiration was performed to remove remaining viscoelastic from the anterior chamber. This was done without difficulty. The anterior chamber was secured and watertight at the end of the procedure. Intraocular pressure was satisfactory. The patient tolerated the procedure well and then was turned over to the retina service in good condition. They will dictate a separate note.

surgery, phacoemulsification, intraocular lens implant, posterior chamber, chamber, eye, intraocular, lens,

Phacoemulsification of cataract, extraocular lens implant in left eye.

Surgery

Phacoemulsification of Cataract - 1

PREOPERATIVE DIAGNOSES:,1. Senile nuclear cataract, left eye.,2. Senile cortical cataract, left eye., ,POSTOPERATIVE DIAGNOSES:,1. Senile nuclear cataract, left eye.,2. Senile cortical cataract, left eye., ,PROCEDURES: , Phacoemulsification of cataract, extraocular lens implant in left eye., ,LENS IMPLANT USED:, Alcon, model SN60WF, power of 22.5 diopters., ,PHACOEMULSIFICATION TIME:, 1 minute 41 seconds at 44.4% power., ,INDICATIONS FOR PROCEDURE: , This patient has a visually significant cataract in the affected eye with the best corrected visual acuity under moderate glare conditions worse than 20/40. The patient complains of difficulties with glare in performing activities of daily living.,INFORMED CONSENT:, The risks, benefits and alternatives of the procedure were discussed with the patient in the office prior to scheduling surgery. All questions from the patient were answered after the surgical procedure was explained in detail. The risks of the procedure as explained to the patient include, but are not limited to, pain, infection, bleeding, loss of vision, retinal detachment, need for further surgery, loss of lens nucleus, double vision, etc. Alternative of the procedure is to do nothing or seek a second opinion. Informed consent for this procedure was obtained from the patient.,OPERATIVE TECHNIQUE: , The patient was brought to the holding area. Previously, an intravenous infusion was begun at a keep vein open rate. After adequate sedation by the anesthesia department (under monitored anesthesia care conditions), a peribulbar and retrobulbar block was given around the operative eye. A total of 10 mL mixture with a 70/30 mixture of 2% Xylocaine without epinephrine and 0.75% bupivacaine without epinephrine. An adequate amount of anesthetic was infused around the eye without giving excessive tension to the eye or excessive chemosis to the periorbital area. Manual pressure and a Honan balloon were placed over the eye for approximately 2 minutes after injection and adequate akinesia and anesthesia was noted. Vital sign monitors were detached from the patient. The patient was moved to the operative suite and the same monitors were reattached. The periocular area was cleansed, dried, prepped and draped in the usual sterile manner for ocular surgery. The speculum was set into place and the operative microscope was brought over the eye. The eye was examined. Adequate mydriasis was observed and a visually significant cataract was noted on the visual axis.,A temporal clear corneal incision was begun using a crescent blade with an initial groove incision made partial thickness through the temporal clear cornea. Then a pocket incision was created without entering the anterior chamber of the eye. Two peripheral paracentesis ports were created on each side of the initial incision site. Viscoelastic was used to deepen the anterior chamber of the eye. A 2.65 mm keratome was then used to complete the corneal valve incision. A cystitome was bent and created using a tuberculin syringe needle. It was placed in the anterior chamber of the eye. A continuous curvilinear capsulorrhexis was begun. It was completed using O'Gawa Utrata forceps. A balanced salt solution on the irrigating cannula was placed through the paracentesis port of the eye to affect hydrodissection and hydrodelineation of the lens nucleus. The lens nucleus was noted to be freely mobile in the bag.,The phacoemulsification tip was placed into the anterior chamber of the eye. The lens nucleus was phacoemulsified and aspirated in a divide-and-conquer technique. All remaining cortical elements were removed from the eye using irrigation and aspiration using a bimanual technique through the paracentesis ports. The posterior capsule remained intact throughout the entire procedure. Provisc was used to deepen the anterior chamber of the eye. A crescent blade was used to expand the internal aspect of the wound. The lens was taken from its container and inspected. No defects were found. The lens power selected was compared with the surgery worksheet from Dr. X's office. The lens was placed in an inserter under Provisc. It was placed through the wound, into the capsular bag and extruded gently from the inserter. It was noted to be adequately centered in the capsular bag using a Sinskey hook. The remaining viscoelastic was removed from the eye with irrigation an aspiration through the paracentesis side ports using a bimanual technique. The eye was noted to be inflated without overinflation. The wounds were tested for leaks, none were found. Five drops dilute Betadine solution was placed over the eye. The eye was irrigated. The speculum was removed. The drapes were removed. The periocular area was cleaned and dried. Maxitrol ophthalmic ointment was placed into the interpalpebral space. A semi-pressure patch and shield was placed over the eye. The patient was taken to the floor in stable and satisfactory condition, was given detailed written instructions and asked to follow up with Dr. X tomorrow morning in the office.

surgery, senile nuclear cataract, senile, phacoemulsification, phacoemulsification of cataract, lens implant, lens nucleus, anterior chamber, lens, alcon, eye, cataract,

Phacoemulsification with posterior chamber intraocular lens insertion.

Surgery

Phacoemulsification & Lens Implantation - 6

PROCEDURE: , Phacoemulsification with posterior chamber intraocular lens insertion.,INTRAOCULAR LENS: , Allergan Medical Optics model S140MB XXX diopter chamber lens.,PHACO TIME:, Not known.,ANESTHESIA: , Retrobulbar block with local minimal anesthesia care.,COMPLICATIONS: ,None.,ESTIMATED BLOOD LOSS:, None.,DESCRIPTION OF PROCEDURE: , While the patient was in the holding area, the operative eye was dilated with four sets of drops. The drops consisted of Cyclogyl 1%, Acular, and Neo-Synephrine 2.5 %. Additionally, a peripheral IV was established by the anesthesia team. Once the eye was dilated, the patient was wheeled to the operating suite.,Inside the operating suite, central monitoring lines were established. Through the peripheral IV, the patient received intravenous sedation consisting of Propofol and once somnolent from this, retrobulbar block was administered consisting of 2 cc's of 2% Xylocaine plain with 150 units of Wydase. The block was administered in a retrobulbar fashion using an Atkinson needle and a good block was obtained. Digital pressure was applied for approximately five minutes.,The patient was then prepped and draped in the usual sterile fashion for ophthalmological surgery. A Betadine prep was carried out of the face, lids, and eye. During the draping process, care was taken to isolate the lashes. A wire lid speculum was inserted to maintain patency of the lids. With benefit of the operating microscope, a diamond blade was used to place a groove temporally. A paracentesis wound was also placed temporally using the same blade. Viscoelastic was then instilled into the anterior chamber through the paracentesis site and a 2.8 mm. diamond keratome was used to enter the anterior chamber through the previously placed groove. The cystotome was then inserted into the eye and circular capsulorhexis was performed without difficulty. The capsular remnant was withdrawn from the eye using long angled McPherson forceps. Balanced salt solution with a blunt cannula was then inserted into the eye and hydrodissection was performed. The lens was noted to rotate freely within the capsular bag. The phaco instrument was then inserted into the eye using the Kelman tip. The lens nucleus was grooved and broken into two halves. One of the halves was in turn broken into quarters. Each of the quarters was removed from the eye using the memory 2 settings and phacoemulsification. Attention was then turned toward the remaining half of the nucleus and this, in turn, was removed as well, with the splitting maneuver. Once the nucleus had been removed from the eye, the irrigating and aspirating tip was inserted and the cortical material was stripped out in sections. Once the cortical material had been completely removed, a diamond dusted cannula was inserted into the eye and the posterior capsule was polished. Viscoelastic was again instilled into the capsular bag as well as the anterior chamber. The wound was enlarged slightly using the diamond keratome. The above described intraocular lens was folded outside the eye using a mustache fold and inserted using folding forceps. Once inside the eye, the lens was unfolded into the capsular bag in a single maneuver. It was noted to be centered nicely. The viscoelastic was then withdrawn from the eye using the irrigating and aspirating tip of the phaco machine.,Next, Miostat was instilled into the operative eye and the wound was checked for water tightness. It was found to be such. After removing the drapes and speculum, TobraDex drops were instilled into the operative eye and a gauze patch and Fox protective shield were placed over the eye.,The patient tolerated the procedure extremely well and was taken to the recovery area in good condition. The patient is scheduled to be seen in follow-up in the office tomorrow, but should any complications arise this evening, the patient is to contact me immediately.

surgery, diopter, intraocular lens insertio, phacoemulsification, posterior chamber, diamond keratome, anterior chamber, capsular bag, intraocular lens, intraocular, allergan, eye, capsular, chamber, lens,

Amputation distal phalanx and partial proximal phalanx, right hallux. Osteomyelitis, right hallux.

Surgery

Phalanx Amputation

PREOPERATIVE DIAGNOSIS:, Osteomyelitis, right hallux.,POSTOPERATIVE DIAGNOSIS: , Osteomyelitis, right hallux.,PROCEDURE PERFORMED:, Amputation distal phalanx and partial proximal phalanx, right hallux.,ANESTHESIA:, TIVA/local.,HISTORY:, This 44-year-old male patient was admitted to ABCD General Hospital on 09/02/2003 with a diagnosis of osteomyelitis of the right hallux and cellulitis of the right lower extremity. The patient has a history of diabetes and has had a chronic ulceration to the right hallux and has been on outpatient antibiotics, which he failed. The patient after a multiple conservative treatments such as wound care antibiotics, the patient was given the option of amputation as a treatment for the chronic resistant osteomyelitis. The patient desires to attempt a surgical correction. The risks versus benefits of the procedure were discussed with the patient in detail by Dr. X. The consent was available on the chart for review.,PROCEDURE IN DETAIL: , After patient was taken to the operating room via cart and placed on the operating table in the supine position, a safety strap was placed across his waist. Adequate IV sedation was administered by the Department of Anesthesia and a total of 3.5 cc of 1:1 mixture 1% lidocaine and 0.5% Marcaine plain were injected into the right hallux as a digital block. The foot was prepped and draped in the usual aseptic fashion lowering the operative field.,Attention was directed to the hallux where there was a full-thickness ulceration to the distal tip of the hallux measuring 0.5 cm x 0.5 cm. There was a ________ tract, which probed through the distal phalanx and along the sides of the proximal phalanx laterally. The toe was 2.5 times to the normal size. There were superficial ulcerations in the medial arch of both feet secondary to history of a burn, which were not infected. The patient had dorsalis pedis and posterior tibial pulses that were found to be +2/4 bilaterally preoperatively. X-ray revealed complete distraction of the distal phalanx and questionable distraction of the lateral aspect of the proximal phalanx. A #10 blade was used to make an incision down the bone in a transverse fashion just proximal to the head of the proximal phalanx. The incision was carried mediolaterally and plantarly encompassing the toe leaving a large amount of plantar skin intact. Next, the distal phalanx was disarticulated at the interphalangeal joint and removed. The distal toe was amputated and sent to laboratory for bone culture and sensitivity as well as tissue pathology. Next, the head of the proximal phalanx was inspected and found to be soft on the distal lateral portion as suspected. Therefore, a sagittal saw was used to resect approximately 0.75 cm of the distal aspect of head of the proximal phalanx. This bone was also sent off for culture and was labeled proximal margin. Next, the flexor hallucis longus tendon was identified and retracted as far as possible distally and transected. The flexor tendon distally was gray discolored and was not viable. A hemostat was used to inspect the flexor sheath to ensure no infection tracking up the sheath proximally. None was found. No purulent drainage or abscess was found. The proximal margin of the surgical site tissue was viable and healthy. There was no malodor. Anaerobic and aerobic cultures were taken and passed this as a specimen to microbiology. Next, copious amounts of gentamicin and impregnated saline were instilled into the wound.,A #3-0 Vicryl was used to reapproximate the deep subcutaneous layer to release skin tension. The plantar flap was viable and was debulked with Metzenbaum scissors. The flap was folded dorsally and reapproximated carefully with #3-0 nylon with a combination of simple interrupted and vertical mattress sutures. Iris scissors were used to modify and remodel the plantar flap. An excellent cosmetic result was achieved. No tourniquet was used in this case. The patient tolerated the above anesthesia and surgery without apparent complications. A standard postoperative dressing was applied consisting of saline-soaked Owen silk, 4x4s, Kerlix, and Coban. The patient was transported via cart to Postanesthesia Care Unit with vital signs able and vascular status intact to right foot. He will be readmitted to Dr. Katzman where we will continue to monitor his blood pressure and regulate his medications. Plan is to continue the antibiotics until further IV recommendations.,He will be nonweightbearing to the right foot and use crutches. He will elevate his right foot and rest the foot, keep it clean and dry. He is to follow up with Dr. X on Monday or Tuesday of next week.

surgery, osteomyelitis, phalanx, phalanx amputation, proximal margin, plantar flap, distal phalanx, proximal phalanx, proximal, hallux, amputation, foot, plantarly, distal

Phacoemulsification with IOL, right eye. Cataract, right eye. A lid speculum was placed in the right eye after which a supersharp was used to make a stab incision at the 4 o'clock position through which 2% preservative-free Xylocaine was injected followed by Viscoat.

Surgery

Phacoemulsification & Lens Implantation - 5

PREOPERATIVE DIAGNOSIS:, Cataract, right eye.,POSTOPERATIVE DIAGNOSIS:, Cataract, right eye.,OPERATION PERFORMED: , Phacoemulsification with IOL, right eye.,ANESTHESIA:, Topical with MAC.,COMPLICATIONS,: None.,ESTIMATED BLOOD LOSS: , None.,PROCEDURE IN DETAIL: After appropriate consent was obtained, the patient was brought to the operating room and then prepared and draped in the usual sterile fashion per Ophthalmology. A lid speculum was placed in the right eye after which a supersharp was used to make a stab incision at the 4 o'clock position through which 2% preservative-free Xylocaine was injected followed by Viscoat. A 2.75-mm keratome then made a stab incision at the 2 o'clock position through which an anterior capsulorrhexis was performed using cystotome and Utrata. BSS on blunt cannula, hydrodissector, and spun the nucleus after which phacoemulsification divided the nucleus in 3 quadrants each was subsequently cracked and removed through phacoemulsification I&A. Healon was injected into the posterior capsule and a XXX lens was then placed with a shooter into the posterior capsule and rotated into position with I&A, which then removed all remaining cortex as well as viscoelastic material. BSS on blunt cannula hydrated all wounds, which were noted to be free of leak and lid speculum was removed. Under microscope, the anterior chamber being soft and well formed. Pred Forte, Vigamox, and Iopidine were placed in the eye. A shield was placed over the eye. The patient was followed to recovery where he was noted to be in good condition.

surgery, lid speculum, lens, iol, viscoat, posterior, capsule, cataract, speculum, incision, phacoemulsification

Phacoemulsification of cataract and posterior chamber lens implant, right eye.

Surgery

Phacoemulsification & Lens Implantation - 4

OPERATION PERFORMED:, Phacoemulsification of cataract and posterior chamber lens implant, right eye., ,ANESTHESIA:, Retrobulbar nerve block, right eye, ,DESCRIPTION OF OPERATION: ,The patient was brought to the operating room where local anesthetic was administered to the right eye followed by a dilute drop of Betadine and a Honan balloon. Once anesthesia was achieved, the right eye was prepped with Betadine, rinsed with saline, and draped in a sterile fashion. A lid speculum was placed and 4-0 silk sutures passed under the superior and inferior rectus muscles stabilizing the globe. A fornix-based conjunctival flap was prepared superiorly from 10 to 12 o'clock and episcleral vessels were cauterized using a wet-field. A surgical groove was applied with a 69 Beaver blade 1 mm posterior to the limbus in a frown configuration in the 10 to 12 o'clock position. A lamellar dissection was carried anteriorly to clear cornea using a crescent knife. A stab incision was applied with a Superblade at the 2 o'clock position at the limbus. The chamber was also entered through the lamellar groove using a 3-mm keratome in a beveled fashion. Viscoat was injected into the chamber and an anterior capsulorrhexis performed. Hydrodissection was used to delineate the nucleus and the phacoemulsification tip was inserted into the chamber. A deep linear groove was dissected through the nucleus vertically and the nucleus was rotated 90 degrees with the assistance of a spatula through the side-port incision. A second groove was dissected perpendicular to the first and the nucleus was fractured into quadrants. Each quadrant was emulsified under burst power within the capsular bag. The epinuclear bowl was manipulated with vacuum, flipped into the iris plane, and emulsified under pulse power. I&A was used to aspirate cortex from the capsular bag. A scratcher was used to polish the capsule, and Viscoat was injected inflating the capsular bag and chamber. The wound was enlarged with a shortcut blade to 5.5 mm. The intraocular lens was examined, found to be adequate, irrigated with balanced salt, and inserted into the capsular bag. The lens centralized nicely and Viscoat was removed using the I&A. Balanced salt was injected through the side-port incision. The wound was tested, found to be secure, and a single 10-0 nylon suture was applied to the wound with the knot buried within the sclera. The conjunctiva was pulled over the suture, and Ancef 50 mg and Decadron 4 mg were injected sub-Tenon in the inferonasal and inferotemporal quadrants. Maxitrol ointment was applied topically followed by an eye pad and shield. The patient tolerated the procedure and was taken from the operating room in good condition.

surgery, retrobulbar nerve block, posterior chamber lens implant, phacoemulsification of cataract, lens implantation, capsular bag, cataract, phacoemulsification, nucleus, capsular, lens, eye

Cataract, right eye. Phacoemulsification with intraocular lens placement, right eye.

Surgery

Phacoemulsification & Lens Implantation - 3

PREOPERATIVE DIAGNOSIS: , Cataract, right eye.,POSTOPERATIVE DIAGNOSIS:, Cataract, right eye.,PROCEDURE:, Phacoemulsification with intraocular lens placement, right eye.,ANESTHESIA: , Monitored anesthesia care,ESTIMATED BLOOD LOSS: , None,COMPLICATIONS:, None,SPECIMENS:, None,PROCEDURE IN DETAIL: , The patient had previously been examined in the clinic and was found to have a visually significant cataract in the right eye. The patient had the risks and benefits of surgery discussed. After discussion, the patient decided to proceed and the consent was signed.,On the day of surgery, the patient was taken from the holding area to the operating suite by the anesthesiologist and monitors were placed. Following this, the patient was sterilely prepped and draped in the usual fashion. After this, a lid speculum was placed, preservative-free lidocaine drops were placed, and the SuperSharp blade was used to make an anterior chamber paracentesis. Preservative-free lidocaine was instilled into the anterior chamber, and then Viscoat was instilled into the eye.,The 3.0 diamond keratome was then used to make a clear corneal temporal incision. Following this, the cystotome was used to make a continuous tear-type capsulotomy. After this, BSS was used to hydrodissect and hydrodelineate the lens. The phacoemulsification unit was used to remove the cataract. The I&A unit was used to remove the residual cortical material. Following this, Provisc was used to inflate the bag. The lens, a model SA60AT of ABCD diopters, serial #1234, was inserted into the bag and rotated into position using the Lester pusher.,After this, the residual Provisc was removed. Michol was instilled and then the corneal wound was hydrated with BSS, and the wound was found to be watertight. The lid speculum was removed. Acular and Vigamox drops were placed. The patient tolerated the procedure well without complications and will be followed up in the office tomorrow.

surgery, capsulotomy, diopters, intraocular lens placement, lid speculum, anterior chamber, phacoemulsification, lens, cataract, intraocular

Cataract extraction with phacoemulsification and posterior chamber intraocular lens implantation. Cataract, right eye.

Surgery

Phacoemulsification & Cataract Extraction - 4

PREOPERATIVE DIAGNOSIS: ,Cataract, right eye.,POSTOPERATIVE DIAGNOSIS: , Cataract, right eye.,PROCEDURE: , Cataract extraction with phacoemulsification and posterior chamber intraocular lens implantation. ME 30, AC 25.0 diopter lens was used.,COMPLICATIONS: ,None.,ANESTHESIA: , Local 2%, peribulbar lidocaine.,PROCEDURE NOTE: ,Right eye was prepped and draped in the normal sterile fashion. Lid speculum placed in his right eye. Paracentesis made supratemporally. Viscoat injected into the anterior chamber. A 2.8 mm metal keratome blade was then used to fashion a clear corneal beveled incision temporally. This was followed by circular capsulorrhexis and hydrodissection of the nucleus would be assessed. Nuclear material removed via phacoemulsification. Residual cortex removed via irrigation and aspiration. The posterior capsule was clear and intact. Capsular bag was then filled with Provisc solution. The wound was enlarged to 3.5 mm with the keratoma. The lens was folded in place into the capsular bag. Residual Provisc was irrigated from the eye. The wound was secured with one 10-0 nylon suture. The lid speculum was removed. One drop of 5% povidone-iodine prep was placed into the eye as well as a drop of Vigamox and TobraDex ointment. He had a patch placed on it. The patient was transported to the recovery room in stable condition.

surgery, provisc, intraocular lens implantation, intraocular lens, lens implantation, lid speculum, capsular bag, cataract extraction, phacoemulsification, cataract, intraocular

Phacoemulsification with intraocular lens placement. A wire speculum was placed in the eye and then a clear corneal paracentesis site was made inferiorly with a 15-degree blade.

Surgery

Phacoemulsification & Lens Implantation - 2

PROCEDURE PERFORMED: , Phacoemulsification with intraocular lens placement.,ANESTHESIA TYPE: ,Topical.,COMPLICATIONS: , None.,DESCRIPTION OF PROCEDURE: ,The patient was brought to the operating room after the eye was dilated with topical Mydriacyl and Neo-Synephrine eye drops. Topical anesthetic drops were applied to the eye just prior to entering the operating room. The eye was then prepped with a 5% Betadine solution injected in the usual sterile fashion. A wire speculum was placed in the eye and then a clear corneal paracentesis site was made inferiorly with a 15-degree blade. Lidocaine 1% preservative-free, 0.1 cc, was instilled into the anterior chamber through the clear corneal paracentesis site and this was followed with viscoelastic to fill the chamber. A 2.8-mm keratome was used to create a self-sealing corneal incision temporally and then a bent capsulotomy needle was used to create an anterior capsular flap. The Utrata forceps were used to complete a continuous tear capsulorrhexis, and hydrodissection and hydrodelineation of the nucleus was performed with BSS on a cannula. Phacoemulsification in a quartering and cracking technique was used to remove the nucleus, and then the residual cortex was removed with the irrigation and aspiration unit. Gentle vacuuming of the central posterior capsule was performed with the irrigation and aspiration unit. The capsular bag was re-expanded with viscoelastic, and then the wound was opened to a 3.4-mm size to accommodate the intraocular lens insertion using an additional keratome blade.,The lens was folded, inserted into the capsular bag and then unfolded. The trailing haptic was tucked underneath the anterior capsular rim. The lens was shown to center very well. The viscoelastic was removed with the irrigation and aspiration unit and one 10-0 nylon suture was placed across the incision after Miochol was injected into the anterior chamber to cause pupillary constriction. The wound was shown to be watertight. Therefore, TobraDex ointment was applied to the eye, an eye pad loosely applied, and a Fox shield taped firmly in place over the eye.,The patient tolerated the procedure well and left the operating room in good condition.

surgery, keratome, phacoemulsification, cortex, tobradex, intraocular lens, aspiration unit, topical, chamber, viscoelastic, corneal, capsular, lens, intraocular, eye,

Cataract, right eye. Phacoemulsification with intraocular lens insertion, right eye. A wire lid speculum was inserted to keep the eye open and the eye rotated downward.

Surgery

Phacoemulsification & Cataract Extraction - 3

PREOPERATIVE DIAGNOSIS: , Cataract, right eye.,POSTOPERATIVE DIAGNOSIS:, Cataract, right eye.,TITLE OF OPERATION: ,Phacoemulsification with intraocular lens insertion, right eye.,ANESTHESIA: , Retrobulbar block.,COMPLICATIONS: , None.,PROCEDURE IN DETAIL: ,The patient was brought to the operating room where retrobulbar anesthesia was induced. The patient was then prepped and draped using standard procedure. A wire lid speculum was inserted to keep the eye open and the eye rotated downward with a 0.12. The anterior chamber was entered by making a small superior limbal incision with a crescent blade and then entering the anterior chamber with a keratome. The chamber was then filled with viscoelastic and a continuous-tear capsulorrhexis performed. The phacoemulsification was then instilled in the eye and a linear incision made in the lens. The lens was then cracked with a McPherson forceps, and the remaining lens material removed with the phacoemulsification tip. The remaining cortex was removed with an I&A. The capsular bag was then inflated with viscoelastic and the wound extended slightly with the keratome. The folding posterior chamber lens was then inserted in the capsular bag and rotated into position. The remaining viscoelastic was removed from the eye with the I&A. The wound was checked for watertightness and found to be watertight. Tobramycin drops were instilled in the eye and a shield placed over it. The patient tolerated the procedure well.

surgery, tobramycin, limbal, lid speculum, intraocular lens, capsular bag, eye, phacoemulsification, lens, intraocular

Cataract extraction via phacoemulsification with posterior chamber intraocular lens implantation. An Alcon MA30BA lens was used. A lid speculum was placed into the right eye. Paracentesis was made at the infratemporal quadrant.

Surgery

Phacoemulsification & Cataract Extraction - 5

PREOPERATIVE DIAGNOSIS: , Cataract, right eye.,POSTOPERATIVE DIAGNOSIS: ,Cataract, right eye.,PROCEDURE PERFORMED: ,Cataract extraction via phacoemulsification with posterior chamber intraocular lens implantation. An Alcon MA30BA lens was used, * diopters, #*.,ANESTHESIA: ,Topical 4% lidocaine with 1% nonpreserved intracameral lidocaine.,COMPLICATIONS:, None.,PROCEDURE: , Prior to surgery, the patient was counseled as to the risks, benefits and alternatives of the procedure with risks including, but not limited to, bleeding, infection, loss of vision, loss of the eye, need for a second surgery, retinal detachment and retinal swelling. The patient understood the risks clearly and wished to proceed.,The patient was brought into the operating suite after being given dilating drops. Topical 4% lidocaine drops were used. The patient was prepped and draped in the normal sterile fashion. A lid speculum was placed into the right eye. Paracentesis was made at the infratemporal quadrant. This was followed by 1% nonpreservative lidocaine into the anterior chamber, roughly 250 microliters. This was exchanged for Viscoat solution. Next, a crescent blade was used to create a partial-thickness linear groove at the temporal limbus. This was followed by a clear corneal bevel incision with a 3 mm metal keratome blade. Circular capsulorrhexis was initiated with a cystitome and completed with Utrata forceps. Balanced salt solution was used to hydrodissect the nucleus. Nuclear material was removed via phacoemulsification with divide-and-conquer technique. The residual cortex was removed via irrigation and aspiration. The capsular bag was then filled with Provisc solution. The wound was slightly enlarged. The lens was folded and inserted into the capsular bag.,Residual Provisc solution was irrigated out of the eye. The wound was stromally hydrated and noted to be completely self-sealing.,At the end of the case, the posterior capsule was intact. The lens was well centered in the capsular bag. The anterior chamber was deep. The wound was self sealed and subconjunctival injections of Ancef, dexamethasone and lidocaine were given inferiorly. Maxitrol ointment was placed into the eye. The eye was patched with a shield.,The patient was transported to the recovery room in stable condition to follow up the following morning.

surgery, alcon, phacoemulsification, cataract extraction, cataract, intraocular lens implantation, anterior chamber, provisc solution, capsular bag, topical, intraocular,

Visually significant nuclear sclerotic cataract, right eye. Phacoemulsification with posterior chamber intraocular lens implantation, right eye.

Surgery

Phacoemulsification & Lens Implantation - 1

PREOPERATIVE DIAGNOSIS:, Visually significant nuclear sclerotic cataract, right eye.,POSTOPERATIVE DIAGNOSIS: , Visually significant nuclear sclerotic cataract, right eye.,OPERATIVE PROCEDURES: , Phacoemulsification with posterior chamber intraocular lens implantation, right eye.,ANESTHESIA:, Monitored anesthesia care with retrobulbar block consisting of 2% lidocaine in an equal mixture with 0.75% Marcaine and Amphadase.,INDICATIONS FOR SURGERY:, This patient has been experiencing difficulty with eyesight regarding activities of daily living. There has been a progressive and gradual decline in the visual acuity. The cataract was believed related to her decline in vision. The risks, benefits, and alternatives (including with observation or spectacles) were discussed in detail. The risks as explained included, but are not limited to pain, bleeding, infection, decreased or loss of vision/loss of eye, retinal detachment requiring further surgery, and possible consultation out of town, swelling of the back part of the eye/retina, need for prolonged eye drop use or injections, instability of the lens, and loss of corneal clarity necessitating long-term drop use or further surgery. The possibility of needing intraocular lens exchange or incorrect lens power was discussed. Anesthesia option and risks associated with anesthesia and retrobulbar anesthesia were discussed. It was explained that some or all of these complications might arise at the time of or months to years after surgery. The patient had a good understanding of the risks with the proposed, elective eye surgery. The patient accepted these risks and elected to proceed with cataract surgery. All questions were answered and informed consent was signed and placed in the chart.,DESCRIPTION OF PROCEDURE: , The patient was identified and the procedure was verified. The pupil was dilated per protocol. The patient was taken to the operating room and placed in the supine position. After intravenous sedation, the retrobulbar block was injected followed by several minutes of digital massage. No signs of orbital tenseness or retrobulbar hemorrhage were present.,The patient was prepped and draped in the usual ophthalmic sterile fashion. An eyelid speculum was used to separate the eyelids. A crescent blade was used to make a clear corneal temporally located incision. A 1-mm Dual-Bevel blade was used to make a paracentesis site. The anterior chamber was filled with viscoelastic (Viscoat). The crescent blade was then used to make an approximate 2-mm long clear corneal tunnel through the temporal incision. A 2.85-mm keratome blade was then used to penetrate into the anterior chamber through the temporal tunneled incision. A 25-gauge pre-bent cystotome used to begin a capsulorrhexis. The capsulorrhexis was completed with the Utrata forceps. A 27-guage needle was used for hydrodissection and three full and complete fluid waves were noted. The lens was able to be freely rotated within the capsular bag. Divide-and-conquer ultrasound was used for phacoemulsification. After four sculpted grooves were made, a bimanual approach with the phacoemulsification tip and Koch spatula was used to separate and crack each grooved segment. Each of the four nuclear quadrants was phacoemulsified. Aspiration was used to remove all remaining cortex. Viscoelastic was used to re-inflate the capsular bag. An AMO model SI40NB posterior chamber intraocular lens with power *** diopters and serial number *** was injected into the capsular bag. The trailing haptic was placed with the Sinskey hook. The lens was made well centered and stable. Viscoelastic was aspirated. BSS was used to re-inflate the anterior chamber to an adequate estimated intraocular pressure. A Weck-Cel sponge was used to check both incision sites for leaks and none were identified. The incision sites remained well approximated and dry with a well-formed anterior chamber and eccentric posterior chamber intraocular lens. The eyelid speculum was removed and the patient was cleaned free of Betadine. Vigamox and Econopred drops were applied. A soft eye patch followed by a firm eye shield was taped over the operative eye. The patient was then taken to the Postanesthesia Recovery Unit in good condition having tolerated the procedure well.,Discharge instructions regarding activity restrictions, eye drop use, eye shield/patch wearing, and driving restrictions were discussed. All questions were answered. The discharge instructions were also reviewed with the patient by the discharging nurse. The patient was comfortable and was discharged with followup in 24 hours. Complications none.

surgery, retrobulbar block, posterior chamber intraocular lens, nuclear sclerotic cataract, cataract, lens implantation, posterior chamber, anterior chamber, intraocular lens, lens, eye, intraocular, anesthesia, phacoemulsification, retrobulbar,

Cataract, right eye. Phacoemulsification with intraocular lens insertion, right eye. The patient was then prepped and draped using standard procedure. An additional drop of tetracaine was instilled in the eye, and then a lid speculum was inserted.

Surgery

Phacoemulsification & Cataract Extraction - 2

PREOPERATIVE DIAGNOSIS: , Cataract, right eye.,POSTOPERATIVE DIAGNOSIS: , Cataract, right eye.,TITLE OF OPERATION: , Phacoemulsification with intraocular lens insertion, right eye.,ANESTHESIA: , Topical.,COMPLICATIONS: , None.,PROCEDURE IN DETAIL: ,The patient was brought to the operating room where tetracaine drops were instilled in the eye. The patient was then prepped and draped using standard procedure. An additional drop of tetracaine was instilled in the eye, and then a lid speculum was inserted.,The eye was rotated downward and a crescent blade used to make an incision at the limbus. This was then dissected forward approximately 1 mm, and then a keratome was used to enter the anterior chamber. The anterior chamber was filled with 1% preservative-free lidocaine and the lidocaine was then replaced with Provisc. A cystotome was used to make a continuous-tear capsulorrhexis, and then the capsular flap was removed with the Utrata forceps. The lens nucleus was hydrodissected using BSS on a cannula and then removed using the phaco. This was aided by cracking the lens nucleus with McPherson forceps. The remaining cortex was removed from the eye with the I&A. The capsular bag was then polished with the I&A on capsular bag. The bag was inflated using viscoelastic and then the wound extended slightly with a keratome. A folding posterior chamber lens was inserted and rotated into position using McPherson forceps. The I&A was then placed in the eye again and the remaining viscoelastic removed. The wound was checked for watertightness and found to be watertight. TobraDex drops were instilled in the eye and a shield was placed over it.,The patient tolerated the procedure well and was brought to recovery in good condition.

surgery, tetracaine, intraocular lens, lid speculum, mcpherson forceps, capsular bag, eye, phacoemulsification, cataract, lens, intraocular,

Visually significant cataract, left eye. Phacoemulsification cataract extraction with intraocular lens implantation, left eye. The patient was found to have a visually-significant cataract and, after discussion of the risks, benefits and alternatives to surgery, she elected to proceed with cataract extraction and lens implantation in this eye in efforts to improve her vision.

Surgery

Phacoemulsification & Cataract Extraction - 1

PREOPERATIVE DIAGNOSIS: , Visually significant cataract, left eye.,POSTOPERATIVE DIAGNOSIS: , Visually significant cataract, left eye.,ANESTHESIA: , Topical/MAC.,PROCEDURE: , Phacoemulsification cataract extraction with intraocular lens implantation, left eye (Alcon AcrySof, SN60AT, 23.0 D, serial #***).,COMPLICATIONS: , None.,INDICATIONS FOR SURGERY: ,The patient is a 74-year-old woman with complaints of painless progressive loss of vision in her left eye. She was found to have a visually-significant cataract and, after discussion of the risks, benefits and alternatives to surgery, she elected to proceed with cataract extraction and lens implantation in this eye in efforts to improve her vision.,PROCEDURE IN DETAIL: ,The patient was verified in the preoperative holding area and the informed consent was reviewed and verified to be on the chart. They were transported to the operative suite, accompanied by the anesthesia service, where appropriate cardiopulmonary monitoring was established. MAC anesthesia was achieved, which was followed by topical anesthesia using 1% preservative-free tetracaine eye drops. The patient was prepped and draped in the usual fashion for sterile ophthalmic surgery and a lid speculum was placed.,Two stab-incision paracenteses were made in the cornea using the MVR blade, and the anterior chamber was irrigated with 1% preservative-free lidocaine for intracameral anesthesia. The anterior chamber was filled with viscoelastic and a shelved, temporal, clear corneal incision was made using the diamond groove knife and steel keratome. A continuous curvilinear capsulorrhexis was made in the anterior capsule using the bent-needle cystotome. The lens nucleus was hydrodissected and hydrodelineated using balanced saline solution (BSS) on a Chang cannula until it rotated freely.,The phacoemulsification handpiece was introduced into the anterior chamber, and the lens nucleus was sculpted into 2 halves. Each half was further subdivided with chopping and removed with phacoemulsification. The remaining cortical material was removed with the irrigation and aspiration (I&A) handpiece. The capsular bag was inflated with viscoelastic and the intraocular lens was injected into the capsule without difficulty. The remaining viscoelastic was removed with the I&A handpiece, and the anterior chamber was filled to an appropriate intraocular pressure with BSS. The corneal wounds were hydrated and verified to be water-tight. Antibiotic ointment was placed, followed by a patch and shield. The patient was transported to the PACU in good/stable condition. There were no complications. Followup is scheduled for tomorrow morning in the eye clinic.,A single interrupted 10-0 nylon suture was placed through the inferotemporal paracentesis to ensure that it was watertight at the end of the case.

surgery, intraocular lens implantation, eye, intraocular lens, lens implantation, cataract extraction, cataract, intraocular, viscoelastic, handpiece, implantation, chamber, phacoemulsification, extraction, visually, anterior, lens

Cataract, nuclear sclerotic, right eye. Phacoemulsification with intraocular lens implantation, right eye.

Surgery

Phacoemulsification & Lens Implantation

PREOPERATIVE DIAGNOSIS:, Cataract, nuclear sclerotic, right eye.,POSTOPERATIVE DIAGNOSIS:, Cataract, nuclear sclerotic, right eye.,OPERATIVE PROCEDURES: , Phacoemulsification with intraocular lens implantation, right eye.,ANESTHESIA: , Topical tetracaine, intracameral lidocaine, monitored anesthesia care.,IOL: , AMO Model SI40 NB, power *** diopters.,INDICATIONS FOR SURGERY: , This patient has been experiencing difficulty with eyesight regarding activities in their daily life. There has been a progressive and gradual decline in the visual acuity. By examination, this was found to be related to cataracts. The risks, benefits, and alternatives (including observation or spectacles) were discussed in detail. The patient accepted these risks and elected to proceed with cataract surgery. All questions were answered and informed consent was obtained.,Questions were answered in personal conference with the patient to ensure that the patient had a good grasp of the operative goals, risks, and alternatives involved as well as the postoperative instructions. A preoperative surgical history and physical examination was done to ensure that the patient was in optimal general health for cataract surgery. To minimize and decrease the chance of bacterial infection, the patient was started on a course of antibiotic drops for two days prior to surgery.,DESCRIPTION OF PROCEDURE: ,The patient was identified and the procedure was verified. The pupil was dilated per protocol. The patient was taken to the operating room and placed in a comfortable supine position. The operative table was placed in Trendelenburg head-up tilt to decrease orbital congestion and posterior vitreous pressure. The patient was prepped and draped in the usual ophthalmic sterile fashion. The lids and periorbita were prepped with full-strength Betadine solution with care taken to concentrate on sterilizing the eyelid margins. The conjunctival cul-de-sac was also prepped in dilute Betadine solution. The fornices were also prepped. The drape was done meticulously to ensure complete eyelash inclusion.,An eyelid speculum was placed to separate the eyelids. A paracentesis site was made. Intracameral preservative-free lidocaine was injected. Amvisc Plus was then used to stabilize the anterior chamber. A 3-mm diamond blade was then used to carefully construct a clear corneal incision in the temporal location. A 25-gauge pre-bent cystotome was used to begin a capsulorrhexis. The capsular flap was removed. A 27-gauge blunt cannula was used for hydrodissection. The lens was able to be freely rotated within the capsular bag. Divide-and-conquer technique was used for phacoemulsification. After four sculpted grooves were made, a bimanual approach with the phacoemulsification tip and Koch spatula was used to separate and crack each grooved segment. Each of the four nuclear quadrants was phacoemulsified. Aspiration was used to remove remaining cortex with the I/A handpiece. Viscoelastic was used to re-inflate the capsular bag. The intraocular lens was injected into the capsular bag. The lens was then dialed into position. The lens was well-centered and stable. Viscoelastic was aspirated. BSS was used to re-inflate the anterior chamber to an adequate estimated intraocular pressure along with stromal hydration. A Weck-Cel sponge was used to check both incision sites for leaks and none were identified. The incision sites remained well approximated and dry with a well-formed anterior chamber and well-centered intraocular lens. The eyelid speculum was removed and the patient was cleaned free of Betadine. Zymar and Pred Forte drops were applied. A firm eye shield was taped over the operative eye. The patient was then taken to the Postanesthesia Recovery Unit in good condition having tolerated the procedure well.,Discharge instructions regarding activity restrictions, eye drop use, eye shield/patch wearing, and driving restrictions were discussed. All questions were answered. The discharge instructions were also reviewed with the patient by the discharging nurse. The patient was comfortable and was discharged with followup in 24 hours.

surgery, nuclear sclerotic, diopters, viscoelastic, capsulorrhexis, amvisc plus, lens implantation, intraocular lens, intraocular, topical, cataract, phacoemulsification, lens

Phacoemulsification and extracapsular cataract extraction with intraocular lens implantation, right eye.

Surgery

Phacoemulsification & Cataract Extraction

DIAGNOSIS:, Nuclear sclerotic and cortical cataract, right eye.,OPERATION:, Phacoemulsification and extracapsular cataract extraction with intraocular lens implantation, right eye.,PROCEDURE:, The patient was taken to the operating room and placed on the table in the supine position. Cardiac monitor and oxygen at 5 liters per minute were connected by the nursing staff. Local anesthesia was obtained using 2% lidocaine, 0/75% Marcaine, 0.5 cc Wydase with 6 cc of this solution used in a paribulbar injection, followed by ten minutes of digital massage. The patient was then prepped and draped in the usual sterile fashion for eye surgery. With the Zeiss operating microscopy in position, a lid speculum was inserted and a 4-0 black silk bridal suture placed in the superior rectus muscle. With Westcott scissors, a fornix-based conjunctival flap was made. The surgical limbus was identified and hemostasis obtained with wet-field cautery. With a 57-Beaver blade, a corneoscleral groove was made and shelved into clear cornea. A stab incision was made at 2 o'clock with a 15-degree blade. With a 3.0 mm keratome, the shelved groove was attended into the anterior chamber. Viscoelastic was inserted into the anterior chamber and anterior capsulotomy was performed in a continuous-tear technique. Hydrodissection was performed with Balanced Salt Solution. Phacoemulsification was performed in a two-headed nuclear fracture technique. The remaining cortical material was removed with irrigation and aspiration handpiece. The posterior capsule remained intact and vacuumed with minimal suction. The posterior chamber intraocular lens was obtained. It was inspected, irrigated, inserted into the posterior chamber without difficulty. Inspection revealed the intraocular lens to be in good position with intact capsule and well-approximated wound. There was no aqueous leak even with digital pressure. The conjunctiva was pulled back into position with wet-field cautery. A subconjunctival injection with 20 mg Gatamycine and 0.5 cc Celestone was given. Tobradex ointment was instilled into the eye, which was patched and shielded appropriately, after removing the lid speculum and bridle suture. The patient tolerated the procedure well and was sent to the recovery room in good condition, to be followed in attending physician office the next day.

surgery, extracapsular cataract extraction, phacoemulsification, nuclear sclerotic, cortical cataract, extraction with intraocular lens, cataract extraction, intraocular lens, intraocular, extracapsular, implantation, conjunctival, cataract, chamberNOTE

Perlane injection for the nasolabial fold. Restylane injection for the glabellar fold.

Surgery

Perlane & Restylane Injection

PREOPERATIVE DIAGNOSES: ,1. Nasolabial mesiolabial fold.,2. Mid glabellar fold.,POSTOPERATIVE DIAGNOSES: ,1. Nasolabial mesiolabial fold.,2. Mid glabellar fold.,TITLE OF PROCEDURES: ,1. Perlane injection for the nasolabial fold.,2. Restylane injection for the glabellar fold.,ANESTHESIA: ,Topical with Lasercaine.,COMPLICATIONS: , None.,PROCEDURE: , The patient was evaluated preop and noted to be in stable condition. Chart and informed consent were all reviewed preop. All risks, benefits, and alternatives regarding the procedure have been reviewed in detail with the patient. This includes risk of bleeding, infection, scarring, need for further procedure, etc. The patient did sign the informed consent form regarding the Perlane and Restylane. She is aware of the potential risk of bruising. The patient has had Cosmederm in the past and had had a minimal response with this. Please note Lasercaine had to be applied 30 minutes prior to the procedure. The excess Lasercaine was removed with a sterile alcohol swab.,Using the linear threading technique, I injected the deep nasolabial fold. We used 2 mL of the Perlane for injection of the nasolabial mesiolabial fold. They were carefully massaged into good position at the end of the procedure. She did have some mild erythema noted.,I then used approximately 0.4 mL of the Restylane for injection of the mid glabellar site. She has a resting line of the mid glabella that did not respond with previous Botox injection. Once this was filled, the Restylane was massaged into the proper tissue plane. Cold compressors were applied afterwards. She is scheduled for a recheck in the next one to two weeks, and we will make further recommendations at that time. Post Restylane and Perlane precautions have been reviewed with the patient as well.

surgery, lasercaine, nasolabial mesiolabial fold, mid glabellar fold, perlane injection, restylane injection, nasolabial fold, mesiolabial fold, glabellar fold, injection, perlane, nasolabial, glabellar, restylane

Ex-plantation of inflatable penile prosthesis and then placement of second inflatable penile prosthesis AMS700. Nonfunctioning inflatable penile prosthesis and Peyronie's disease.

Surgery

Penile Prosthesis Replacement

PREOPERATIVE DIAGNOSES:,1. Nonfunctioning inflatable penile prosthesis.,2. Peyronie's disease.,POSTOPERATIVE DIAGNOSES:,1. Nonfunctioning inflatable penile prosthesis.,2. Peyronie's disease.,PROCEDURE PERFORMED: , Ex-plantation of inflatable penile prosthesis and then placement of second inflatable penile prosthesis AMS700.,ANESTHESIA:, General LMA.,SPECIMEN: , Old triple component inflatable penile prosthesis.,PROCEDURE: ,This is a 64-year-old male with prior history of Peyronie's disease and prior placement of a triple component inflatable penile prosthesis, which had worked for years for him, but has stopped working and subsequently has opted for ex-plantation and replacement of inflatable penile prosthesis.,OPERATIVE PROCEDURE: , After informed consent, the patient was brought to the operative suite and placed in the supine position. General endotracheal intubation was performed by the Anesthesia Department and the perineum, scrotum, penis, and lower abdomen from the umbilicus down was prepped and draped in the sterile fashion in a 15-minute prep including iodine solution in the urethra. The bladder was subsequently drained with a red Robinson catheter. At that point, the patient was then draped in a sterile fashion and an infraumbilical midline incision was made and taken down through the subcutaneous space. Care was maintained to avoid all bleeding as possible secondary to the fact that we could not use Bovie cautery secondary to the patient's pacemaker and monopolar was only source of hemostasis besides suture. At that point, we got down to the fascia and the dorsal venous complex was easily identified as were both corporal bodies. Attention was taken then to the tubing, going up to the reservoir in the right lower quadrant. This was dissected out bluntly and sharply with Metzenbaum scissors and monopolar used for hemostasis. At this point, as we tracked this proximally to the area of the rectus muscle, we found that the tubing was violated and this was likely the source of his malfunctioned inflatable penile prosthesis. As we tried to remove the tubing and get to the reservoir, the tubing in fact completely broke as due to wire inside the tubing and the reservoir was left in its place secondary to risk of going after it and bleeding without the use of cautery. At that point, this tubing was then tracked down to the pump, which was fairly easily removed from the dartos pouch in the right scrotum. This was brought up into _________ incision and the two tubings going towards the two cylinders were subsequently tracked, first starting on the right side where a corporotomy incision was made at the placement of two #3-0 Prolene stay ties, staying lateral and anterior on the corporal body. The corporal body was opened up and the cylinder was removed from the right side without difficulty. However, we did have significant difficulty separating the tube connecting the pump to the right cylinder since this was surrounded by dense connective tissue and without the use of Bovie cautery, this was very difficult and was very time consuming, but we were able to do this and attention was then taken to the left side where the left proximal corporotomy was made after placement of two stick tie stay sutures. This was done anterior and lateral staying away from the neurovascular bundle in the midline and this was done proximally on the corporal body. The left cylinder was then subsequently explanted and this was very difficult as well trying to tract the tubing from the left cylinder across the midline back to the right pump since this was also densely scarred in and _________ a small amount of bleeding, which was controlled with monopolar and cautery was used on three different occasions, but just simple small burst under the guidance of anesthesia and there was no ectopy noted. After removal of half of the pump, all the tubing, and both cylinders, these were passed off the table as specimen. Both corporal bodies were then dilated with the Pratt dilators. These were already fairly well dilated secondary to explantation of our cylinders and antibiotic irrigation was copiously used at this point and irrigated out both of our corporal spaces. At this point, using the Farlow device, corporal bodies were measured first proximally then distally and they both measured out to be 9 cm proximally and 12 cm distally. He had an 18 cm with rear tips in place, which were removed. We decided to go ahead to and use another 18 cm inflatable penile prosthesis. Confident with our size, we then placed rear tips, originally 3 cm rear tips, however, we had difficulty placing the rear tips into the left crest. We felt that this was just a little bit too long and replaced both rear tips and down sized from 2 cm to 1 cm. At this point, we went ahead and placed the right cylinder using the Farlow device and the Keith needle, which was brought out through the glans penis and hemostated and the posterior rear tip was subsequently placed proximally, entered the crest without difficulty. Attention was then taken to the left side with the same thing was carried out, however, we did happen to dilate on two separate occasions both proximally and distally secondary to a very snug fit as well as buckling of the cylinders. This then forced us to down size to the 1 cm rear tips, which slipping very easily with the Farlow device through the glans penis. There was no crossover and no violation of the tunica albuginea. The rear tips were then placed without difficulty and our corporotomies were closed with #2-0 PDS in a running fashion. ________ starting on the patient's right side and then on the left side without difficulty and care was maintained to avoid damage or needle injury to the implants. At that point, the wound was copiously irrigated and the device was inflated multiple times. There was a very good fit and we had a very good result. At that point, the pump was subsequently placed in the dartos pouch, which already has been created and was copiously irrigated with antibiotic solution. This was held in place with a Babcock as well not to migrate proximally and attention was then taken to our connection from the reservoir to the pump. Please also note that before placement of our pump, attention was then taken up to the left lower quadrant where an incision was then made in external oblique aponeurosis, approximately 3 cm dissection down underneath the rectus space was developed for our reservoir device, which was subsequently placed without difficulty and three simple interrupted sutures of #2-0 Vicryl used to close the defect in the rectus and at that point after placement of our pump, the connection was made between the pump and the reservoir without difficulty. The entire system pump and corporal bodies were subsequently flushed and all air bubbles were evacuated. After completion of the connection using a straight connector, the prosthesis was inflated and we had very good results with air inflation with good erection in both cylinders with a very slight deviation to the left, but this was able to be ________ with good cosmetic result. At that point, after irrigation again of the space, the area was simply dry and hemostatic. The soft tissue was reapproximated to separate the cylinder so as not to lie in rope against one another and the wound was closed in multiple layers. The soft tissue and the skin was then reapproximated with staples. Please also note that prior to the skin closure, a Jackson-Pratt drain was subsequently placed through the left skin and left lower quadrant and subsequently placed just over tubings, would be left in place for approximately 12 to 20 hours. This was also sutured in place with nylon. Sterile dressing was applied. Light gauze was wrapped around the penis and/or sutures that begin at the tip of the glans penis were subsequently cut and removed in entirety bilaterally. Coban was used then to wrap the penis and at the end of the case the patient was straight catheted, approximately 400 cc of amber-yellow urine. No Foley catheter was used or placed.,The patient was awoken in the operative suite, extubated, and transferred to recovery room in stable condition. He will be admitted overnight to the service of Dr. McDevitt. Cardiology will be asked to consult with Dr. Stomel for a pacer placement and he will be placed on the Telemetry floor and kept on IV antibiotics.

surgery, inflatable penile prosthesis, peyronie's disease, perineum, scrotum, penis, penile prosthesis, bovie cautery, corporal body, glans penis, pump, cylinders, penile, prosthesis, inflatable, corporal

A 14-year-old young lady is in the renal failure and in need of dialysis.

Surgery

Peritoneal Dialysis Catheter Insertion

PREOPERATIVE DIAGNOSIS: , Renal failure.,POSTOPERATIVE DIAGNOSIS:, Renal failure.,OPERATION PERFORMED: , Insertion of peritoneal dialysis catheter.,ANESTHESIA: , General.,INDICATIONS: ,This 14-year-old young lady is in the renal failure and in need of dialysis. She had had a previous PD catheter placed, but it became infected and had to be removed. She, therefore, comes back to the operating room for a new PD catheter.,OPERATIVE PROCEDURE: ,After the induction of general anesthetic, the abdomen was prepped and draped in the usual manner. A small transverse right upper quadrant incision was made and carried down through the skin and subcutaneous tissue with sharp dissection. The fascia was divided and the posterior fascia and peritoneum were identified. A hole was made in the posterior fascia through the peritoneum and into the peritoneal cavity. The omentum came up through the hole and so therefore the omentum was actually brought up and a small portion of it removed, which could easily be brought up through the incision. A PD catheter was then placed into the pelvis over a guidewire. At this point, the peritoneum and posterior fascia was closed around the catheter. The anterior fascia was then closed over the top of the cuff leaving the cuff buried in the fascia. The second incision was then made lateral and the catheter brought out through a second incision and the subcutaneous cuff then positioned at that site. The catheter was then connected and two runs of a 150 mL of fluid were made with a good inflow and a good clear return. The skin was closed with 5-0 subcuticular Monocryl. Sterile dressings were applied and the young lady awakened and taken to the recovery room in satisfactory condition.

surgery, pd catheter, catheter, omentum, peritoneal dialysis catheter, peritoneal dialysis, renal failure, peritoneal, dialysis, renal

Permacath placement - renal failure.

Surgery

Permacath Placement

PROCEDURE:, Permacath placement.,INDICATION: , Renal failure.,IMPRESSION: , Status post successful placement of a #4-French Permacath dialysis catheter.,DISCUSSION:, After informed consent was obtained at the request of Dr. Xyz, Permacath placement was performed.,The right neck and anterior chest were sterilely cleansed and draped. Lidocaine 1% buffered with sodium bicarbonate was used as a local anesthetic. Using ultrasound guidance, a micropuncture needle was advanced into the internal jugular vein. The wire was then advanced with fluoroscopic guidance. A dilator was placed. An incision was then made at the puncture site for approximately 1 cm in the neck. A 1 cm incision was also made in the anterior chest. The catheter was tunneled subcutaneously from the incision on the anterior chest, out the incision of the neck. Following this, over the wire, the tract into the internal jugular vein was dilated and a peel-away sheath was placed. The catheter was then advanced through the peel-away sheath. The peel-away sheath was removed. The catheter was examined under fluoroscopic imaging and was in satisfactory position. Both ports were aspirated and flushed easily. Following this, the incision on the neck was closed with 2 #3-0 silk sutures. The incision on the anterior chest was also closed 2 #3-0 silk sutures.,The patient tolerated the procedure well. No complications occurred during or immediately after the procedure. The patient was returned to her room in satisfactory condition.

surgery, permacath placement, permacath, renal failure, anterior chest, catheter, dialysis, fluoroscopic, fluoroscopic guidance, internal jugular vein, micropuncture, needle, sheath, sutures, ultrasound guidance, internal jugular, jugular vein, placement,

Phacoemulsification with posterior chamber intraocular lens - Sample/Template.

Surgery

Phacoemulsification

PREOPERATIVE DIAGNOSIS:, Senile cataract OX,POSTOPERATIVE DIAGNOSIS: ,Senile cataract OX,PROCEDURE: ,Phacoemulsification with posterior chamber intraocular lens OX, model SN60AT (for Acrysof natural lens), XXX diopters.,INDICATIONS: ,This is a XX-year-old (wo)man with decreased vision OX.,PROCEDURE:, The risks and benefits of cataract surgery were discussed at length with the patient, including bleeding, infection, retinal detachment, re-operation, diplopia, ptosis, loss of vision, and loss of the eye. Informed consent was obtained. On the day of surgery, (s)he received several sets of drops in the XXX eye including 2.5% phenylephrine, 1% Mydriacyl, 1% Cyclogyl, Ocuflox and Acular. (S)he was taken to the operating room and sedated via IV sedation. 2% lidocaine jelly was placed in the XXX eye (or, retrobulbar anesthesia was performed using a 50/50 mixture of 2% lidocaine and 0.75% marcaine). The XXX eye was prepped using a 10% Betadine solution. (S)he was covered in sterile drapes leaving only the XXX eye exposed. A Lieberman lid speculum was placed to provide exposure. The Thornton fixation ring and a Superblade were used to create a paracentesis at approximately 2 (or 11 depending upon side and handedness, and assuming superior incision) o'clock. Then 1% lidocaine was injected through the paracentesis. After the nonpreserved lidocaine was injected, Viscoat was injected through the paracentesis to fill the anterior chamber. The Thornton fixation ring and a 2.75 mm keratome blade were used to create a two-step full-thickness clear corneal incision superiorly. The cystitome and Utrata forceps were used to create a continuous capsulorrhexis in the anterior lens capsule. BSS on a hydrodissection cannula was used to perform gentle hydrodissection. Phacoemulsification was then performed to remove the nucleus. I & A was performed to remove the remaining cortical material. Provisc was injected to fill the capsular bag and anterior chamber. A XXX diopter SN60AT (for Acrysof natural lens) intraocular lens was injected into the capsular bag. The Kuglen hook was used to rotate it into proper position in the capsular bag. I & A was performed to remove the remaining Viscoelastic material from the eye. BSS on the 30-gauge cannula was used to hydrate the wound. The wounds were checked and found to be watertight. The lid speculum and drapes were carefully removed. Several drops of Ocuflox were placed in the XXX eye. The eye was covered with an eye shield. The patient was taken to the recovery area in a good condition. There were no complications.

surgery, phacoemulsification, acrysof, acrysof natural lens, acular, kuglen hook, ocuflox, provisc, sn60at, senile cataract, thornton fixation ring, bleeding, capsular bag, decreased vision, diopters, diplopia, infection, loss of the eye, loss of vision, ptosis, retinal detachment, lid speculum, thornton fixation, anterior chamber, intraocular lens, intraocular, chamber, lidocaine,

Nuclear sclerotic cataract, right eye. Kelman phacoemulsification with posterior chamber intraocular lens, right eye.

Surgery

Phacoemulsification - Kelman

PREOPERATIVE DIAGNOSIS:, Nuclear sclerotic cataract, right eye.,POSTOPERATIVE DIAGNOSIS:, Nuclear sclerotic cataract, right eye.,OPERATIVE PROCEDURES:, Kelman phacoemulsification with posterior chamber intraocular lens, right eye.,ANESTHESIA:, Topical.,COMPLICATIONS:, None.,INDICATION: , This is a 40-year-old male, who has been noticing problems with blurry vision. They were found to have a visually significant cataract. The risks, benefits, and alternatives of cataract surgery to the right eye were discussed and they did agree to proceed.,DESCRIPTION OF PROCEDURE:, After informed consent was obtained, the patient was taken to the operating room. A drop of tetracaine was instilled in the right eye and the right eye was prepped and draped in the usual sterile ophthalmic fashion. A paracentesis was created at ** o'clock. The anterior chamber was filled with Viscoat. A clear corneal incision was made at ** o'clock with the 3-mm diamond blade. A continuous curvilinear capsulorrhexis was begun with a cystotome and completed with Utrata forceps. The lens was hydrodissected with a syringe filled with 2% Xylocaine and found to rotate freely within the capsular bag. The nucleus was removed with the phacoemulsification handpiece in a stop and chop fashion. The residual cortex was removed with the irrigation/aspiration handpiece. The capsular bag was filled with Provisc and a model SI40, 15.0 diopter, posterior chamber intraocular lens was inserted into the capsular bag without complications and was found to rotate and center well. The residual Provisc was removed with the irrigation/aspiration handpiece. The wounds were hydrated and the eye was filled to suitable intraocular pressure with balanced salt solution. The wounds were found to be free from leak. Zymar and Pred Forte were instilled postoperatively. The eye was covered with the shield.,The patient tolerated the procedure well and there were no complications. He will follow up with us in one day.

surgery, nuclear sclerotic cataract, intraocular lens, cataract, kelman phacoemulsification, sclerotic cataract, posterior chamber, capsular bag, eye, anesthesia, phacoemulsification

Excision of penile skin bridges about 2 cm in size.

Surgery

Penile Skin Bridges Excision

PREOPERATIVE DIAGNOSIS: , Penile skin bridges after circumcision.,POSTOPERATIVE DIAGNOSIS: , Penile skin bridges after circumcision.,PROCEDURE: ,Excision of penile skin bridges about 2 cm in size.,ABNORMAL FINDINGS: ,Same as above.,ANESTHESIA: ,General inhalation anesthetic with caudal block.,FLUIDS RECEIVED: , 300 mL of crystalloids.,ESTIMATED BLOOD LOSS: , Less than 5 mL.,SPECIMENS: , No tissue sent to Pathology.,TUBES AND DRAINS:, No tubes or drains were used.,COUNT: , Sponge and needle counts were correct x2.,INDICATIONS FOR OPERATION: ,The patient is a 2-1/2-year-old boy with a history of newborn circumcision who developed multiple skin bridges after circumcision causing curvature with erection. Plan is for repair.,DESCRIPTION OF PROCEDURE: , The patient is taken to the operating room, where surgical consent, operative site, and the patient's identification was verified. Once he was anesthetized, the caudal block was placed and IV antibiotics were given. He was then placed in a supine position and sterilely prepped and draped. Once he was prepped and draped, we used a straight mosquito clamp and went under the bridges and crushed them, and then excised them with a curved iris and curved tenotomy scissors. We removed the excessive skin on the shaft skin and on the glans itself. We then on the ventrum excised the bridge and did a Heinecke-Mikulicz closure with interrupted figure-of-eight and interrupted suture of 5-0 chromic. Electrocautery was used for hemostasis. Once this was done, we then used Dermabond tissue adhesive and Surgicel to prevent the bridges from returning again. IV Toradol was given at the end of procedure. The patient tolerated the procedure well, was in stable condition upon transfer to the recovery room.

surgery, heinecke-mikulicz, penile skin bridges, caudal block, penile skin, skin bridges, excision, circumcision, penile,

Parotidectomy procedure

Surgery

Parotidectomy

surgery, parotidectomy, mixter clamp, auditory canal, buccal, buccinator, curved clamp, earlobe, fascia, fat layer, frontotemporal, mandibular, mastoid process, parotid, parotid duct, parotid gland, preauricular, preauricular incision, sternocleidomastoid, suction drain, temporoparotid, tied with vicryl sutures, vicryl, gland, nerve, sutures, incisionNOTE,: Thesetranscribed medical transcription sample reports and examples are provided by various users andare for reference purpose only. MTHelpLine does not certify accuracy and quality of sample reports.These transcribed medical transcription sample reports may include some uncommon or unusual formats;this would be due to the preference of the dictating physician. All names and dates have beenchanged (or removed) to keep confidentiality. Any resemblance of any type of name or date orplace or anything else to real world is purely incidental.,

Pelvic laparotomy, lysis of pelvic adhesions, and left salpingooophorectomy with insertion of Pain-Buster Pain Management System.

Surgery

Pelvic Laparotomy

PREOPERATIVE DIAGNOSIS: , Large left adnexal mass, 8 cm in diameter.,POSTOPERATIVE DIAGNOSIS: , Pelvic adhesions, 6 cm ovarian cyst.,PROCEDURES PERFORMED: ,1. Pelvic laparotomy.,2. Lysis of pelvic adhesions.,3. Left salpingooophorectomy with insertion of Pain-Buster Pain Management System by Dr. X.,GROSS FINDINGS: ,There was a transabdominal mass palpable in the lower left quadrant. An ultrasound suggestive with a mass of 8 cm, did not respond to suppression with norethindrone acetate and on repeat ultrasound following the medical treatment, the ovarian neoplasm persisted and did not decreased in size.,PROCEDURE: ,Under general anesthesia, the patient was placed in lithotomy position, prepped and draped. A low transverse incision was made down to and through to the rectus sheath. The rectus sheath was put laterally. The inferior epigastric arteries were identified bilaterally, doubly clamped and tied with #0 Vicryl sutures. The rectus muscle was then split transversally and the peritoneum was split transversally as well. The left adnexal mass was identified and large bowel was attached to the mass and Dr. Zuba from General Surgery dissected the large bowel adhesions and separated them from the adnexal mass. The ureter was then traced and found to be free of the mass and free of the infundibulopelvic ligament. The infundibulopelvic ligament was isolated, entered via blunt dissection. A #0 Vicryl suture was put into place, doubly clamped with curved Heaney clamps, cut with curved Mayo scissors and #0 Vicryl fixation suture put into place. Curved Heaney clamps were then used to remove the remaining portion of the ovary from its attachment to the uterus and then #0 Vicryl suture was put into place. Pathology was called to evaluate the mass for potential malignancy and the pathology's verbal report at the time of surgery was that this was a benign lesion. Irrigation was used. Minimal blood loss at the time of surgery was noted. Sigmoid colon was inspected in place in physiologic position of the cul-de-sac as well as small bowel omentum. Instrument, needle, and sponge counts were called for and found to be correct. The peritoneum was closed with #0 Vicryl continuous running locking suture. The rectus sheath was closed with #0 Vicryl continuous running locking suture. A DonJoy Pain-Buster Pain Management System was placed through the skin into the subcutaneous space and the skin was closed with staples. Final instrument needle counts were called for and found to be correct. The patient tolerated the procedure well with minimal blood loss and transferred to recovery area in satisfactory condition.

surgery, lysis of pelvic adhesions, salpingooophorectomy, pain-buster pain management system, adnexal mass, pelvic laparotomy, pelvic adhesions, rectus sheath, vicryl sutures, adhesions, pelvic

Percutaneous endoscopic gastrostomy tube. Protein-calorie malnutrition. The patient was unable to sustain enough caloric intake and had markedly decreased albumin stores. After discussion with the patient and the son, they agreed to place a PEG tube for nutritional supplementation.

Surgery

PEG Tube

PREOPERATIVE DIAGNOSIS:, Protein-calorie malnutrition.,POSTOPERATIVE DIAGNOSIS: , Protein-calorie malnutrition.,PROCEDURE PERFORMED:, Percutaneous endoscopic gastrostomy (PEG) tube.,ANESTHESIA: , Conscious sedation per Anesthesia.,SPECIMEN: , None.,COMPLICATIONS: , None.,HISTORY: ,The patient is a 73-year-old male who was admitted to the hospital with some mentation changes. He was unable to sustain enough caloric intake and had markedly decreased albumin stores. After discussion with the patient and the son, they agreed to place a PEG tube for nutritional supplementation.,PROCEDURE: , After informed consent was obtained, the patient was brought to the endoscopy suite. He was placed in the supine position and was given IV sedation by the Anesthesia Department. An EGD was performed from above by Dr. X. The stomach was transilluminated and an optimal position for the PEG tube was identified using the single poke method. The skin was infiltrated with local and the needle and sheath were inserted through the abdomen into the stomach under direct visualization. The needle was removed and a guidewire was inserted through the sheath. The guidewire was grasped from above with a snare by the endoscopist. It was removed completely and the Ponsky PEG tube was secured to the guidewire.,The guidewire and PEG tube were then pulled through the mouth and esophagus and snug to the abdominal wall. There was no evidence of bleeding. Photos were taken. The Bolster was placed on the PEG site. A complete dictation for the EGD will be done separately by Dr. X. The patient tolerated the procedure well and was transferred to recovery room in stable condition. He will be started on tube feedings in 6 hours with aspiration precautions and dietary to determine his nutritional goal.

surgery, percutaneous endoscopic gastrostomy tube, protein calorie malnutrition, peg tube, malnutrition, nutritional

Pars plana vitrectomy, pars plana lensectomy, exploration of exit wound, closure of perforating corneal scleral laceration involving uveal tissue, air-fluid exchange, C3F8 gas, and scleral buckling, right eye.

Surgery

Pars Plana Vitrectomy & Lensectomy

TITLE OF OPERATION:,1. Pars plana vitrectomy.,2. Pars plana lensectomy.,3. Exploration of exit wound.,4. Closure of perforating corneal scleral laceration involving uveal tissue.,5. Air-fluid exchange.,6. C3F8 gas.,7. Scleral buckling, right eye.,INDICATION FOR SURGERY: , The patient was hammering and a piece of metal entered his eye 1 day prior to the procedure giving him a traumatic cataract corneal laceration and the metallic intraocular foreign body was lodged in the posterior eye wall. He undergoes repair of the open globe today.,PREOP DIAGNOSIS: , Perforating corneal scleral laceration involving uveal tissue with traumatic cataract and metallic foreign body lodged in the posterior eye wall, right eye.,POSTOP DIAGNOSIS: , Perforating corneal scleral laceration involving uveal tissue with traumatic cataract and metallic foreign body lodged in the posterior eye wall, right eye.,ANESTHESIA:, General.,SPECIMEN:, None.,IMPLANTS:,1. Style number XXX silicone band reference XXX , lot number XXX , exploration 11/13.,2. Style number XXX Watzke sleeve reference XXX , lot number XXX , exploration 04/14.,PROCEDURE: , The risk, benefits, and alternatives to the procedure were reviewed with the patient and his wife. All of their questions were answered. Informed consent was signed. The patient was brought into the operating room. A surgical time-out was performed during which all members of the operating room staff agreed upon the patient's name, operation to be performed, and correct operative eye. After administration of general anesthesia, the patient was intubated without incident.,The right eye was prepared and draped in the usual fashion for ophthalmic surgery. A wire lid speculum was used to separate the eyelids of the left eye. A 9 o'clock anterior chamber paracentesis was created with Supersharp blade and the anterior chamber was filled with Healon. The clear corneal incision was superior to the visual axis and was closed with three interrupted 10-0 nylon sutures with the knots buried. A standard three-port pars plana vitrectomy __________ was initiated by performing partial conjunctival peritomies in the superonasal, superotemporal, and inferotemporal quadrants with Westcott scissors. Hemostasis was achieved with bipolar cautery. A 7-0 Vicryl suture was preplaced in the mattress fashion, 3 mm posterior to the surgical limbus in the inferotemporal quadrant. A microvitreoretinal blade was used to create a sclerotomy at this site and a 4-mm infusion cannula was introduced through the sclerotomy and tied in place with the aforementioned suture. The presence of the tip of the cannula was confirmed to be within the vitreous cavity prior to initiation of posterior infusion. Two additional sclerotomies were created superonasally and superotemporally, 3 mm posterior to the surgical limbus with microvitreoretinal blade.,The vitreous cutter was used to perform the pars plana lens actively preserving peripheral anterior capsule. The pars plana vitrectomy was performed with the assistance of the BIOM non-contact lens indirect viewing system using the light pipe illuminator and the vitreous cutter. The vitreous was trimmed to the vitreous base. A posterior vitreous detachment was created and extended 360 degrees with the assistance of triamcinolone for staining.,The foreign body appeared to exit the posterior pole along the superotemporal arcade and apparently severed a branched retinal artery resulting in an area of macular ischemia with retinal whitening along its course. The exit wound was explored. No intraocular foreign body or mural foreign body was observed with the assistance of intraocular forceps. The intraocular magnet was then inserted through the sclerotomy and no foreign body was again identified.,An air-fluid exchange was performed with the assistance of the soft-tip extrusion cannula and the retinal periphery was examined with scleral depression. No retinal breaks or defects were noted in the periphery. The plugs were placed in the sclerotomies and the conjunctival peritomy was extended at 360 degrees. Each of the rectus muscles was isolated on a 2-0 silk suture and a #XXX band was threaded beneath each of the rectus muscle and fixed to itself in the inferonasal quadrant with the Watzke sleeve. The buckle was sutured to the eye wall with 5-0 Mersilene sutures in each quadrant in a mattress fashion. The buckle was trimmed and the height of the buckle was inspected internally and noted to be adequate.,Residual intraocular fluid was removed with a soft-tip extrusion cannula and the sclerotomies were closed with 7-0 Vicryl sutures. A 12% concentration of C3F8 gas was flushed through the eye. The infusion cannula was removed and the sclerotomy was closed with the preplaced 7-0 Vicryl suture. All of the sclerotomies were noted to be airtight. The intraocular pressure following injection of 0.05 mL each of vancomycin (0.5 mg) and ceftazidime (1 mg) were injected through the superotemporal pars plana, 30-gauge needles.,The conjunctiva was closed with 6-0 plain gut sutures with the knots buried. Subconjunctival injections of Ancef and Decadron were delivered inferotemporally. The lid speculum was removed. Pred-G ointment and atropine solution were applied to the ocular surface. The eye was patched and shielded, and the patient was returned to the recovery room in stable condition, having tolerated the procedure well. There were no complications.,I was the attending surgeon, was present and scrubbed for the entirety of the procedure.

Open repair of right pectoralis major tendon. Right pectoralis major tendon rupture. On MRI evaluation, a complete rupture of a portion of the pectoralis major tendon was noted.

Surgery

Pectoralis Tendon Repair

PREOPERATIVE DIAGNOSIS: , Right pectoralis major tendon rupture.,POSTOPERATIVE DIAGNOSIS: , Right pectoralis major tendon rupture.,OPERATION PERFORMED: , Open repair of right pectoralis major tendon.,ANESTHESIA:, General with an interscalene block.,COMPLICATIONS:, None.,Needle and sponge counts were done and correct.,INDICATION FOR OPERATION: ,The patient is a 26-year-old right hand dominant male who works in sales, who was performing heavy bench press exercises when he felt a tearing burning pain severe in his right shoulder. The patient presented with mild bruising over the proximal arm of the right side with x-ray showing no fracture. Over concerns for pectoralis tendon tear, he was sent for MRI evaluation where a complete rupture of a portion of the pectoralis major tendon was noted. Due to the patient's young age and active lifestyle surgical treatment was recommended in order to obtain best result. The risks and benefits of the procedure were discussed in detail with the patient including, but not limited to scarring, infection, damage to blood vessels and nerves, re-rupture, need further surgery, loss of range of motion, inability to return to heavy activity such as weight lifting, complex usual pain syndrome, and deep vein thrombosis as well as anesthetic risks. Understanding all risks and benefits, the patient desires to proceed with surgery as planned.,FINDINGS:,1. Following deltopectoral approach to the right shoulder, the pectoralis major tendon was encountered. The clavicular head was noted to be intact. There was noted to be complete rupture of the sternal head of the pectoralis major tendon with an oblique-type tear having some remaining cuff on the humerus and some tendon attached to the retracted portion.,2. Following freeing of adhesions using tracks and sutures, the pectoralis major tendon was able to reapproximated to its insertion site on the humerus just lateral to the biceps.,3. A soft tissue repair was performed with #5 FiberWire suture and a single suture anchor of 5 x 5 bioabsorbable anchor was placed in order to decrease tension at the repair site. Following repair of soft tissue and using the bone anchor, there was noted to be good apposition of the tendon with edges and a solid repair.,OPERATIVE REPORT IN DETAIL: , The patient was identified in the preop holding area. His right shoulder was identified, marked his appropriate surgical site after verification with the patient. He was then taken to the operating room where he was transferred to the operative table in supine position and placed under general anesthesia by anesthesiology team. He then received prophylactic antibiotics. A time-out was then undertaken verifying the correct patient, extremity, surgery performed, administration of antibiotics, and the availability of equipment. At this point, the patient was placed to a modified beech chair position with care taken to ensure all appropriate pressure points were padded and there was no pressure over the eyes. The right upper extremity was then prepped and draped in the usual sterile fashion. Preoperative markings were still visible at this point. A deltopectoral incision was made utilizing the inferior portion. Dissection was carried down. The deltoid was retracted laterally. The clavicular head of the pectoralis major was noted to be intact with the absence of the sternal insertion. There was a small cuff of tissue left on the proximal humerus associated with the clavicular head. Gentle probing medially revealed the end of the sternal retracted portion, traction sutures of #5 Ethibond were used in this to allow for retraction and freeing from light adhesion. This allowed reapproximation of the retracted tendon to the tendon stump. At this point, a repair using #5 FiberWire was then performed of the pectoralis major tendon back to stump on the proximal humerus noting good apposition of the tendon edges and no gapping of the repair site. At this point, a single metal suture anchor was attempted to be implanted just lateral to the insertion of the pectoralis in order to remove tension off the repair site; however, the inserted device attached to the metal anchor broke during insertion due to significant hardness of the bone. For this reason, the starting hole was tapped and a 5x5 bioabsorbable anchor was placed, doubly loaded. The sutures were then weaved through the lateral aspect of the torn tendon and a modified Krackow type performed and sutured thereby relieving tension off the soft tissue repair. At this point, there was noted to be excellent apposition of the soft tissue ends and a solid repair to gentle manipulation. Aggressive external rotation was not performed. The wound was then copiously irrigated. The cephalic vein was not injured during the case. The skin was then closed using a 2-0 Vicryl followed by a 3-0 subcuticular Prolene suture with Steri-Strips. Sterile dressing was then placed. Anesthesia was then performed, interscalene block. The patient was then awakened from anesthesia and transported to postanesthesia care in stable condition in a shoulder immobilizer with the arm adducted and internally rotated.,Plan for this patient, the patient will remain in the shoulder immobilizer until followup visit in approximately 10 days. We will then start a gentle Codman type exercises and having limited motion until the 4-6 week point based on the patient's progression.

surgery, tendon rupture, interscalene block, pectoralis major tendon rupture, pectoralis major tendon, repair, pectoralis, interscalene, tendon, rupture, sutures,

Ligation (clip interruption) of patent ductus arteriosus. This premature baby with operative weight of 600 grams and evidence of persistent pulmonary over circulation and failure to thrive has been diagnosed with a large patent ductus arteriosus originating in the left-sided aortic arch.

Surgery

Patent Ductus Arteriosus Ligation

TITLE OF OPERATION: , Ligation (clip interruption) of patent ductus arteriosus.,INDICATION FOR SURGERY: , This premature baby with operative weight of 600 grams and evidence of persistent pulmonary over circulation and failure to thrive has been diagnosed with a large patent ductus arteriosus originating in the left-sided aortic arch. She has now been put forward for operative intervention.,PREOP DIAGNOSIS: ,1. Patent ductus arteriosus.,2. Severe prematurity.,3. Operative weight less than 4 kg (600 grams).,COMPLICATIONS: , None.,FINDINGS: , Large patent ductus arteriosus with evidence of pulmonary over circulation. After completion of the procedure, left recurrent laryngeal nerve visualized and preserved. Substantial rise in diastolic blood pressure.,DETAILS OF THE PROCEDURE: , After obtaining information consent, the patient was positioned in the neonatal intensive care unit, cribbed in the right lateral decubitus, and general endotracheal anesthesia was induced. The left chest was then prepped and draped in the usual sterile fashion and a posterolateral thoracotomy incision was performed. Dissection was carried through the deeper planes until the second intercostal space was entered freely with no damage to the underlying lung parenchyma. The lung was quite edematous and was retracted anteriorly exposing the area of the isthmus. The pleura overlying the ductus arteriosus was inside and the duct dissected in a nearly circumferential fashion. It was then test occluded and then interrupted with a medium titanium clip. There was preserved pulsatile flow in the descending aorta. The left recurrent laryngeal nerve was identified and preserved. With excellent hemostasis, the intercostal space was closed with 4-0 Vicryl sutures and the muscular planes were reapproximated with 5-0 Caprosyn running suture in two layers. The skin was closed with a running 6-0 Caprosyn suture. A sterile dressing was placed. Sponge and needle counts were correct times 2 at the end of the procedure. The patient was returned to the supine position in which palpable bilateral femoral pulses were noted.,I was the surgical attending present in the neonatal intensive care unit and in-charge of the surgical procedure throughout the entire length of the case.

surgery, clip interruption, ligation, patent ductus arteriosus, premature baby, intercostal space, arteriosus, interruption, pulmonary, circulation

Sinus bradycardia, sick-sinus syndrome, poor threshold on the ventricular lead and chronic lead. Right ventricular pacemaker lead placement and lead revision.

Surgery

Pacemaker Lead Placement & Rrevision.

PROCEDURE: , Right ventricular pacemaker lead placement and lead revision.,INDICATIONS:, Sinus bradycardia, sick-sinus syndrome, poor threshold on the ventricular lead and chronic lead.,EQUIPMENT: , A new lead is a Medtronic model #12345, threshold sensing at 5.7, impedance of 1032, threshold of 0.3, atrial threshold is 0.3, 531, and sensing at 4.1. The original chronic ventricular lead had a threshold of 3.5 and 6 on the can.,ESTIMATED BLOOD LOSS: , 5 mL.,PROCEDURE DESCRIPTION: ,Conscious sedation with Versed and fentanyl over left subclavicular area with pacemaker pocket was anesthetized with local anesthetic with epinephrine. The patient received a venogram documenting patency of the subclavian vein. Skin incision with blunt and sharp dissection. Electrocautery for hemostasis. The pocket was opened and the pacemaker was removed from the pocket and disconnected from the leads. The leads were sequentially checked. Through the pocket a puncture of the vein with a thin wall needle was made and a long sheath was used to help carry it along the tortuosity of the proximal subclavian and innominate superior vena cava. Ultimately, a ventricular lead was placed in apex of the right ventricle, secured to base pocket with 2-0 silk suture. Pocket was irrigated with antibiotic solution. The pocket was packed with bacitracin-soaked gauze. This was removed during the case and then irrigated once again. The generator was attached to the leads, placed in the pocket, secured with 2-0 silk suture and the pocket was closed with a three layer of 4-0 Monocryl.,CONCLUSION: , Successful replacement of a right ventricular lead secondary to poor lead thresholds in a chronic lead and placement of the previous Vitatron pulse generator model # 12345.

surgery, medtronic, atrial, subclavian, sick sinus syndrome, pacemaker lead placement, ventricular pacemaker, ventricular lead, lead, bradycardia, pacemaker, threshold, ventricular

Coil embolization of patent ductus arteriosus.

Surgery

Patent Ductus Arteriosus

HISTORY: , The patient is a 5-1/2-year-old, who recently presented with a cardiac murmur diagnosed due to a patent ductus arteriosus. An echocardiogram from 09/13/2007 demonstrated a 3.8-mm patent ductus arteriosus with restrictive left-to-right shunt. There is mild left atrial chamber enlargement with an LA/AO ratio of 1.821. An electrocardiogram demonstrated normal sinus rhythm with possible left atrial enlargement and left ventricular hypertrophy. The patient underwent cardiac catheterization for device closure of a ductus arteriosus.,PROCEDURE: ,After sedation and local Xylocaine anesthesia, the patient was prepped and draped. Cardiac catheterization was performed as outlined in the attached continuation sheets. Vascular entry was by percutaneous technique, and the patient was heparinized. Monitoring during the procedure included continuous surface ECG, continuous pulse oximetry, and cycled cuff blood pressures, in addition to intravascular pressures.,Using a 5-French sheath, a 5-French wedge catheter was inserted into the right femoral vein and advanced through the right heart structures up to the branch pulmonary arteries. The atrial septum was not probe patent.,Using a 4-French sheath, a 4-French marker pigtail catheter was inserted into the right femoral artery advanced retrograde to the descending aorta, ascending aorta, and left ventricle. A descending aortogram demonstrated a small, type A patent ductus arteriosus with a small left-to-right angiographic shunt. Minimal diameter was approximately 1.6 mm with ampulla diameter of 5.8 mm and length of 6.2 mm. The wedge catheter could be directed from the main pulmonary artery across the ductus arteriosus to the descending aorta. This catheter exchanged over wire for a 5-French nit-occlude delivery catheter through which a nit-occlude 6/5 flex coil that was advanced and allowed to reconfigure the descending aorta. Entire system was then brought into the ductal ampulla or one loop of coil was delivered in the main pulmonary artery. Once the stable device configuration was confirmed by fluoroscopy, device was released from the delivery catheter. Hemodynamic measurements and angiogram in the descending aorta were then repeated approximately 10 minutes following device implantation.,Flows were calculated by the Fick technique using a measured assumed oxygen consumption and contents derived from Radiometer Hemoximeter saturations and hemoglobin capacity.,Cineangiograms were obtained with injection in the descending aorta.,After angiography, two normal-appearing renal collecting systems were visualized. The catheters and sheaths were removed and topical pressure applied for hemostasis. The patient was returned to the recovery room in satisfactory condition. There were no complications.,DISCUSSION: , Oxygen consumption was assumed to be normal. Mixed venous saturation was normal with a slight increased saturation of the branch pulmonary arteries due to left-to-right shunt through the ductus arteriosus. The left-sided heart was fully saturated. The phasic right-sided and left-sided pressures were normal. The calculated systemic flow was normal and pulmonary flow was slightly increased with a QP:QS ratio of 1:1. Vascular resistances were normal. A cineangiogram with contrast injection in the descending aorta showed a small conical shaped ductus arteriosus with a small left-to-right angiographic shunt. The branch pulmonary arteries appeared normal. There is otherwise a normal left aortic arch.,Following coil embolization of the ductus arteriosus, there is no change in mixed venous saturation. No evidence of residual left-to-right shunt. There is no change in right-sided pressures. There is a slight increase in the left-sided phasic pressures. Calculated systemic flow was unchanged from the resting state and pulmonary flow was similar with a QP:QS ratio of 1:1. Final angiogram with injection in the descending aorta showed a majority of coil mass to be within the ductal ampulla with minimal protrusion in the descending aorta as well as the coil in the main pulmonary artery. There is a trace residual shunt through the center of coil mass.,INITIAL DIAGNOSES:, Patent ductus arteriosus.,SURGERIES (INTERVENTIONS): ,Coil embolization of patent ductus arteriosus.,MANAGEMENT: ,The case to be discussed at Combined Cardiology/Cardiothoracic Surgery case conference. The patient will require a cardiologic followup in 6 months and 1 year's time including clinical evaluation and echocardiogram. Further patient care be directed by Dr. X.,

surgery, cardiac murmur, coil embolization, cineangiograms, patent ductus arteriosus, pulmonary artery, patent ductus, descending aorta, ductus, arteriosus, catheterization

Patellar tendon and medial and lateral retinaculum repair, right knee. Patellar tendon retinaculum ruptures, right knee.

Surgery

Patellar Tendon & Retinaculum Repair

PREOPERATIVE DIAGNOSIS: , Patellar tendon retinaculum ruptures, right knee.,POSTOPERATIVE DIAGNOSIS: , Patellar tendon retinaculum ruptures, right knee.,PROCEDURE PERFORMED: , Patellar tendon and medial and lateral retinaculum repair, right knee.,SPECIFICATIONS: ,Intraoperative procedure done at Inpatient Operative Suite, room #2 of ABCD Hospital. This was done under subarachnoid block anesthetic in supine position.,HISTORY AND GROSS FINDINGS: , The patient is a 45-year-old African-American male who suffered acute rupture of his patellar tendon diagnosed both by exam as well as x-ray the evening before surgical intervention. He did this while playing basketball.,He had a massive deficit at the inferior pole of his patella on exam. Once opened, he had complete rupture of this patellar tendon as well as a complete rupture of his medial lateral retinaculum. Minimal cartilaginous pieces were at the patellar tendon. He had grade II changes to his femoral sulcus as well as grade I-II changes to the undersurface of the patella.,OPERATIVE PROCEDURE: , The patient was laid supine on the operative table receiving a subarachnoid block anesthetic by Anesthesia Department. A thigh high tourniquet was placed. He is prepped and draped in the usual sterile manner. Limb was elevated, exsanguinated and tourniquet placed at 325 mmHg for approximately 30 to 40 minutes. Straight incision is carried down through skin and subcutaneous tissue anteriorly. Hemostasis was controlled via electrocoagulation. Patellar tendon was isolated along with the patella itself.,A 6 mm Dacron tape x2 was placed with a modified Kessler tendon stitch with a single limb both medially and laterally and a central limb with subsequent shared tape. The inferior pole was freshened up. Drill bit was utilized to make holes x3 longitudinally across the patella and the limbs strutted up through the patella with a suture passer. This was tied over the bony bridge superiorly. There was excellent reduction of the tendon to the patella. Interrupted running #1-Vicryl suture was utilized for over silk. A running #2-0 Vicryl for synovial closure medial and laterally as well as #1-Vicryl medial and lateral retinaculum. There was excellent repair. Copious irrigation was carried out. Tourniquet was dropped and hemostasis controlled via electrocoagulation. Interrupted #2-0 Vicryl was utilized for subcutaneous fat closure and skin staples were placed through the skin. Adaptic, 4 x 4s, ABDs, and sterile Webril were placed for compression dressing. Digits were warm and no brawny pulses present at the end of the case. The patient's leg was placed in a Don-Joy brace 0 to 20 degrees of flexion. He will leave this until seen in the office.,Expected surgical prognosis on this patient is fair.

surgery, subarachnoid, patellar tendon retinaculum, tendon, patellar, tourniquet, knee, ruptures, retinaculum

Excision of right superior parathyroid adenoma, seen on sestamibi parathyroid scan and an ultrasound.

Surgery

Parathyroid Adenoma Excision

PREOPERATIVE DIAGNOSIS:, Right superior parathyroid adenoma.,POSTOPERATIVE DIAGNOSIS:, Right superior parathyroid adenoma.,PROCEDURE: , Excision of right superior parathyroid adenoma.,ANESTHESIA:, Local with 1% Xylocaine and anesthesia standby with sedation.,CLINICAL HISTORY:, This 80-year-old woman has had some mild dementia. She was begun on Aricept but could not tolerate that because of strange thoughts and hallucinations. She was found to be hypercalcemic. Intact PTH was mildly elevated. A sestamibi parathyroid scan and an ultrasound showed evidence of a right superior parathyroid adenoma.,FINDINGS AND PROCEDURE:, The patient was placed on the operating table in the supine position. A time out was taken so that the anesthesia personnel, nursing personnel, surgical team, and patient could confirm the patient's identity, operative site and operative plan. The electronic medical record was reviewed as was the ultrasound. The patient was sedated. A small roll was placed behind the shoulders to moderately hyperextend the neck. The head was supported in a foam head cradle. The neck and chest were prepped with chlorhexidine and isolated with sterile drapes. After infiltration with 1% Xylocaine with epinephrine along the planned incision, a transverse incision was made in the skin crease a couple of centimeters above the clavicular heads and carried down through the skin, subcutaneous tissue, and platysma. The larger anterior neck veins were divided between 4-0 silk ligatures. Superior and inferior flaps were developed in the subplatysmal plane using electrocautery and blunt dissection. The sternohyoid muscles were separated in the midline, and the right sternohyoid muscle was retracted laterally. The right sternothyroid muscle was divided transversely with the cautery. The right middle thyroid vein was divided between 4-0 silk ligatures. The right thyroid lobe was rotated leftward. Posterior to the mid portion of the left thyroid lobe, a right superior parathyroid adenoma of moderate size was identified. This was freed up and its pedicle was ligated with small Hemoclips and divided and the gland was removed. It was sent for weight and frozen section. It weighed 960 mg and on frozen section was consistent with a parathyroid adenoma.,Prior to the procedure, a peripheral blood sample had been obtained and placed in a purple top tube labeled "pre-excision." It was our intention to monitor intraoperative intact parathyroid hormone 10 minutes after removal of this parathyroid adenoma. However, we could not obtain 3 cc of blood from either the left foot or the left arm after multiple attempts, and therefore, we decided that the chance of cure of hyperparathyroidism by removal of this parathyroid adenoma was high enough and the improvement in that chance of cure marginal enough that we would terminate the procedure without monitoring PTH. The neck was irrigated with saline and hemostasis found to be satisfactory. The sternohyoid muscles were reapproximated with interrupted 4-0 Vicryl. The platysma was closed with interrupted 4-0 Vicryl, and the skin was closed with subcuticular 5-0 Monocryl and Dermabond. The patient was awakened and taken to the recovery area in satisfactory condition having tolerated the procedure well.

surgery, parathyroid adenoma, superior parathyroid adenoma, excision, sestamibi parathyroid scan, sestamibi parathyroid, parathyroid scan, sternohyoid muscles, superior parathyroid, parathyroid, sestamibi, platysma, adenoma, ultrasound, sternohyoid, thyroid, muscles

Paracentesis. A large abdominal mass, which was cystic in nature and the radiologist inserted a pigtail catheter in the emergency room.

Surgery

Paracentesis

PREOPERATIVE DIAGNOSIS: , Abdominal mass.,POSTOPERATIVE DIAGNOSIS: , Abdominal mass.,PROCEDURE:, Paracentesis.,DESCRIPTION OF PROCEDURE: ,This 64-year-old female has stage II endometrial carcinoma, which had been resected before and treated with chemotherapy and radiation. At the present time, the patient is under radiation treatment. Two weeks ago or so, she developed a large abdominal mass, which was cystic in nature and the radiologist inserted a pigtail catheter in the emergency room. We proceeded to admit the patient and drained a significant amount of clear fluid in the subsequent days. The cytology of the fluid was negative and the culture was also negative. Eventually, the patient was sent home with the pigtail shut off and the patient a week later underwent a repeat CAT scan of the abdomen and pelvis.,The CAT scan showed accumulation of the fluid and the mass almost achieving 80% of the previous size. Therefore, I called the patient home and she came to the emergency department where the service was provided. At that time, I proceeded to work on the pigtail catheter after obtaining an informed consent and preparing and draping the area in the usual fashion. Unfortunately, the catheter was open. I did not have a drainage system at that time. So, I withdrew directly with a syringe 700 mL of clear fluid. The system was connected to the draining bag, and the patient was instructed to keep a log and how to use equipment. She was given an appointment to see me in the office next Monday, which is three days from now.

surgery, abdominal mass, clear fluid, cat scan, pigtail catheter, paracentesis,

Ultrasound-Guided Paracentesis for Ascites

Surgery

Paracentesis - Ultrasound-Guided

EXAM:, Ultrasound-guided paracentesis,HISTORY: , Ascites.,TECHNIQUE AND FINDINGS: ,Informed consent was obtained from the patient after the risks and benefits of the procedure were thoroughly explained. Ultrasound demonstrates free fluid in the abdomen. The area of interest was localized with ultrasonography. The region was sterilely prepped and draped in the usual manner. Local anesthetic was administered. A 5-French Yueh catheter needle combination was taken. Upon crossing into the peritoneal space and aspiration of fluid, the catheter was advanced out over the needle. A total of approximately 5500 mL of serous fluid was obtained. The catheter was then removed. The patient tolerated the procedure well with no immediate postprocedure complications.,IMPRESSION: , Ultrasound-guided paracentesis as above.

surgery, yueh catheter, aspiration of fluid, ultrasound guided paracentesis, ultrasound guided, needle, catheter, paracentesis, ultrasound, ascites

Reduction of paraphimosis.

Surgery

Paraphimosis

PREOPERATIVE DIAGNOSIS: , Phimosis.,POSTOPERATIVE DIAGNOSIS: , Phimosis.,PROCEDURE: , Reduction of paraphimosis.,ANESTHESIA: ,General inhalation anesthetic with 0.25% Marcaine, penile block and ring block about 20 mL given.,FLUIDS RECEIVED: , 100 mL.,SPECIMENS:, No tissues sent to pathology.,COUNTS: , Sponge and needle counts were not necessary.,TUBES/DRAINS: , No tubes or drains were used.,FINDINGS: , Paraphimosis with moderate swelling.,INDICATIONS FOR OPERATION: , The patient is a 15-year-old boy who had acute alcohol intoxication had his foreskin retracted with a Foley catheter placed at another institution. When they removed the catheter they forgot to reduce the foreskin and he developed paraphimosis. The plan is for reduction.,DESCRIPTION OF OPERATION: , The patient was taken to the operating room where surgical consent, operative site, and patient identification were verified. Once he was anesthetized, with manual pressure and mobilization of the shaft skin we were able to reduce the paraphimosis. Using Betadine and alcohol cleanse, we then did a dorsal penile block and a ring block by surgeon with 0.25% Marcaine, 20 mL were given. He did quite well after the procedure and was transferred to the recovery room in stable condition.

surgery, dorsal penile block, reduction of paraphimosis, penile block, phimosis, paraphimosis,

DDDR permanent pacemaker. Tachybrady syndrome. A ventricular pacemaker lead was advanced through the sheath and into the vascular lumen and under fluoroscopic guidance guided down into the right atrium.

Surgery

Pacemaker - DDDR

PROCEDURE PERFORMED: ,DDDR permanent pacemaker.,INDICATION: , Tachybrady syndrome.,PROCEDURE:, After all risks, benefits, and alternatives of the procedure were explained in detail to the patient, informed consent was obtained both verbally and in writing. The patient was taken to the Cardiac Catheterization Suite where the right subclavian region was prepped and draped in the usual sterile fashion. 1% lidocaine solution was used to infiltrate the skin overlying the left subclavian vein. Once adequate anesthesia had been obtained, a thin-walled #18-gauze Argon needle was used to cannulate the left subclavian vein. A steel guidewire was inserted through the needle into the vascular lumen without resistance. The needle was then removed over the guidewire and the guidewire was secured to the field. A second #18 gauze Argon needle was used to cannulate the left subclavian vein and once again a steel guidewire was inserted through the needle into the vascular lumen. Likewise, the needle was removed over the guidewire and the guidewire was then secured to the field. Next, a #15-knife blade was used to make a 1 to 1.5 inch linear incision over the area. A #11-knife blade was used to make a deeper incision. Hemostasis was made complete. The edges of the incision were grasped and retracted. Using Metzenbaum scissors, dissection was carried down to the pectoralis muscle fascial plane. Digital blunt dissection was used to make a pacemaker pocket large enough to accommodate the pacemaker generator. Metzenbaum scissors were then used to dissect cephalad to expose the guide wires. The guidewires were then pulled through the pacemaker pocket. One guidewire was secured to the field.,A bloodless introducer sheath was then advanced over a guidewire into the vascular lumen under fluoroscopic guidance. The guidewire and dilator were then removed. Next, a ventricular pacemaker lead was advanced through the sheath and into the vascular lumen and under fluoroscopic guidance guided down into the right atrium. The pacemaker lead was then placed in the appropriate position in the right ventricle. Pacing and sensing thresholds were obtained. The lead was sewn at the pectoralis muscle plane using #2-0 silk suture in an interrupted stitch fashion around the ________. Pacing and sensing threshold were then reconfirmed. Next, a second bloodless introducer sheath was advanced over the second guidewire into the vascular lumen. The guidewire and dilator were then removed. Under fluoroscopic guidance, the atrial lead was passed into the right atrium. The sheath was then turned away in standard fashion. Using fluoroscopic guidance, the atrial lead was then placed in the appropriate position. Pacing and sensing thresholds were obtained. The lead was sewn to the pectoralis muscle facial plane utilizing #2-0 silk suture around the ________. Sensing and pacing thresholds were then reconfirmed. The leads were wiped free of blood and placed into the pacemaker generator. The pacemaker generator leads were then placed into pocket with the leads posteriorly. The deep tissues were closed utilizing #2-0 Chromic suture in an interrupted stitch fashion. A #4-0 undyed Vicryl was then used to close the subcutaneous tissue in a continuous subcuticular stitch. Steri-Strips overlaid. A sterile gauge dressing was placed over the site. The patient tolerated the procedure well and was transferred to the Cardiac Catheterization Room in stable and satisfactory condition.,PACEMAKER DATA (GENERATOR DATA):,Manufacturer: Medtronics.,Model: Sigma.,Model #: 1234.,Serial #: 123456789.,LEAD INFORMATION:,Right Atrial Lead:,Manufacturer: Medtronics.,Model #: 1234.,Serial #: 123456789.,VENTRICULAR LEAD:,Manufacturer: Medtronics.,Model #: 1234.,Serial #: 123456789.,PACING AND SENSING THRESHOLDS:,Right Atrial Bipolar Lead: Pulse width 0.50 milliseconds, impedance 518 ohms, P-wave sensing 2.2 millivolts, polarity is bipolar.,Ventricular Bipolar Lead: Pulse width 0.50 milliseconds, voltage 0.7 volts, current 1.5 milliamps, impedance 655 ohms, R-wave sensing 9.7 millivolts, polarity is bipolar.,PARAMETER SETTINGS:, Pacing mode DDDR: Mode switch is on, low rate 60, upper 120, ________ is 33.0 milliseconds.,IMPRESSION:, Successful implantation of DDDR permanent pacemaker.,PLAN:,1. The patient will be monitored on telemetry for 24 hours to ensure adequate pacemaker function.,2. The patient will be placed on antibiotics for five days to avoid pacemaker infection.

Insertion of transvenous pacemaker for tachybrady syndrome

Surgery

Pacemaker Insertion

PREOPERATIVE DIAGNOSIS:, Tachybrady syndrome.,POSTOPERATIVE DIAGNOSIS:, Tachybrady syndrome.,OPERATIVE PROCEDURE:, Insertion of transvenous pacemaker.,ANESTHESIA:, Local,PROCEDURE AND GROSS FINDINGS:, The patient's chest was prepped with Betadine solution and a small amount of Lidocaine infiltrated. In the left subclavian region, a subclavian stick was performed without difficulty, and a wire was inserted. Fluoroscopy confirmed the presence of the wire in the superior vena cava. An introducer was then placed over the wire. The wire was removed and replace by a ventricular lead that was seated under Fluoroscopy. Following calibration, the lead was attached to a pacemaker generator that was inserted in a subcutaneous pocket in the left subclavian area. ,The subcutaneous tissues were irrigated and closed with Interrupted 4-O Vicryl, and the skin was closed with staples. Sterile dressings were placed, and the patient was returned to the ICU in good condition.

surgery, insertion of transvenous pacemaker, fluoroscopy, tachybrady, tachybrady syndrome, chest, pacemaker, subclavian, subcutaneous, superior vena cava, syndrome, transvenous pacemaker, wire, insertion,

Pacemaker ICD interrogation. Severe nonischemic cardiomyopathy with prior ventricular tachycardia.

Surgery

Pacemaker Interrogation

PROCEDURE NOTE: , Pacemaker ICD interrogation.,HISTORY OF PRESENT ILLNESS: , The patient is a 67-year-old gentleman who was admitted to the hospital. He has had ICD pacemaker implantation. This is a St. Jude Medical model current DRRS, 12345 pacemaker.,DIAGNOSIS: , Severe nonischemic cardiomyopathy with prior ventricular tachycardia.,FINDINGS: , The patient is a DDD mode base rate of 60, max tracking rate of 110 beats per minute, atrial lead is set at 2.5 volts with a pulse width of 0.5 msec, ventricular lead set at 2.5 volts with a pulse width of 0.5 msec. Interrogation of the pacemaker shows that atrial capture is at 0.75 volts at 0.5 msec, ventricular capture 0.5 volts at 0.5 msec, sensing in the atrium is 5.34 to 5.8 millivolts, R sensing is 12-12.0 millivolts, atrial lead impendence 590 ohms, ventricular lead impendence 750 ohms. The defibrillator portion is set at VT1 at 139 beats per minute with SVT discrimination on therapy is monitor only. VT2 detection criteria is 169 beats per minute with SVT discrimination on therapy of ATP times 3 followed by 25 joules, followed by 36 joules, followed by 36 joules times 2. VF detection criteria set at 187 beats per minute with therapy of 25 joules, followed by 36 joules times 5. The patient is in normal sinus rhythm.,IMPRESSION: ,Normally functioning pacemaker ICD post implant day number 1.

surgery, cardiomyopathy, ventricular, tachycardia, pacemaker icd interrogation, millivolts, impendence, interrogation, pacemaker,

Implantation of a dual-chamber pacemaker and fluoroscopic guidance for implantation of a dual-chamber pacemaker.

Surgery

Pacemaker (Dual Chamber) - 1

PREPROCEDURE DIAGNOSIS: , Complete heart block.,POSTPROCEDURE DIAGNOSIS: ,Complete heart block.,PROCEDURES PLANNED AND PERFORMED,1. Implantation of a dual-chamber pacemaker.,2. Fluoroscopic guidance for implantation of a dual-chamber pacemaker.,FLUOROSCOPY TIME: , 2.6 minutes.,MEDICATIONS AT THE TIME OF STUDY,1. Versed 2.5 mg.,2. Fentanyl 150 mcg.,3. Benadryl 50 mg.,CLINICAL HISTORY: , the patient is a pleasant 80-year-old female who presented to the hospital with complete heart block. She has been referred for a pacemaker implantation.,RISKS AND BENEFITS: , Risks, benefits, and alternatives to implantation of a dual-chamber pacemaker were discussed with the patient. The patient agreed both verbally and via written consent.,DESCRIPTION OF PROCEDURE: , The patient was transported to the cardiac catheterization laboratory in the fasting state. The region of the left deltopectoral groove was prepped and draped in the usual sterile manner. Lidocaine 1% (20 mL) was administered to the area. After achieving appropriate anesthesia, percutaneous access of the left axillary vein was then performed under fluoroscopy. A guide wire was advanced into the vein. Following this, a 4-inch long transverse incision was made through the skin and subcutaneous tissue exposing the pectoral fascia and muscle beneath. Hemostasis was achieved with electrocautery. Lidocaine 1% (10 mL) was then administered to the medial aspect of the incision. A pocket was then fashioned in the medial direction. Using the previously placed wire, a 7-French side-arm sheath was advanced over the wire into the left axillary vein. The dilator was then removed over the wire. A second wire was then advanced into the sheath into the left axillary vein. The sheath was then removed over the top of the two wires. One wire was then pinned to the drape. Using the remaining wire, a 7 French side-arm sheath was advanced back into the left axillary vein. The dilator and wire were removed. A passive pacing lead was then advanced down into the right atrium. The peel-away sheath was removed. The lead was then passed across the tricuspid valve and positioned in the apical location. Adequate pacing and sensing functions were established. Suture sleeve was advanced to the entry point of the tissue and connected securely to the tissue. With the remaining wire, a 7-French side-arm sheath was advanced over the wire into the axillary vein. The wire and dilating sheaths were removed. An active pacing lead was then advanced down into the right atrium. The peel-away sheath was removed. Preformed J stylet was then advanced into the lead. The lead was positioned in the appendage location. Lead body was then turned, and the active fix screw was fixed to the tissue. Adequate pacing and sensing function were established. Suture sleeve was advanced to the entry point of the tissue and connected securely to the tissue. The pocket was then washed with antibiotic-impregnated saline. Pulse generator was obtained and connected securely to the leads. The leads were then carefully wrapped behind the pulse generator, and the entire system was placed in the pocket. The pocket was then closed with 2-0, 3-0, and 4-0 Vicryl using a running mattress stitch. Sponge and needle counts were correct at the end of the procedure. No acute complications were noted.,DEVICE DATA,1. Pulse generator, manufacturer Boston Scientific, model # 12345, serial #1234.,2. Right atrial lead, manufacturer Guidant, model #12345, serial #1234.,3. Right ventricular lead, manufacturer Guidant, model #12345, serial #1234.,MEASURED INTRAOPERATIVE DATA,1. Right atrial lead impedance 534 ohms. P waves measured at 1.2 millivolts. Pacing threshold 1.0 volt at 0.5 milliseconds.,2. Right ventricular lead impedance 900 ohms. R-waves measured 6.0 millivolts. Pacing threshold 1.0 volt at 0.5 milliseconds.,DEVICE SETTINGS: , DDD 60 to 130.,CONCLUSIONS,1. Successful implantation of a dual-chamber pacemaker with adequate pacing and sensing function.,2. No acute complications.,PLAN,1. The patient will be taken back to her room for continued observation. She can be dismissed in 24 hours provided no acute complications at the discretion of the primary service.,2. Chest x-ray to rule out pneumothorax and verified lead position.,3. Completion of the course of antibiotics.,4. Home dismissal instructions provided in written format.,5. Device interrogation in the morning.,6. Wound check in 7 to 10 days.,7. Enrollment in device clinic.

Single chamber pacemaker implantation. Successful single-chamber pacemaker implantation with left subclavian approach and venogram to assess the subclavian access site and the right atrial or right ventricle with asystole that resolved spontaneously during the procedure.

Surgery

Pacemaker (Single Chamber)

SINGLE CHAMBER PACEMAKER IMPLANTATION,PREOPERATIVE DIAGNOSIS: , Mobitz type II block with AV dissociation and syncope.,POSTOPERATIVE DIAGNOSIS: , Mobitz type II block, status post single chamber pacemaker implantation, Boston Scientific Altrua 60, serial number 123456.,PROCEDURES:,1. Left subclavian access under fluoroscopic guidance.,2. Left subclavian venogram under fluoroscopic evaluation.,3. Insertion of ventricular lead through left subclavian approach and ventricular lead is Boston Scientific Dextrose model 12345, serial number 123456.,4. Insertion of single-chamber pacemaker implantation, Altrua, serial number 123456.,5. Closure of the pocket after formation of pocket for pacemaker.,PROCEDURE IN DETAIL: ,The procedure was explained to the patient with risks and benefits. The patient agreed and signed the consent form. The patient was brought to the cath lab, draped and prepped in the usual sterile fashion, received 1.5 mg of versed and 25 mg of Benadryl for conscious sedation.,Access to the right subclavian was successful after the second attempt. The first attempt accessed the left subclavian artery. The needle was removed and manual compression applied for five minutes followed by re-accessing the subclavian vein successfully. The J-wire was introduced into the left subclavian vein.,The anterior wall chest was anesthetized with lidocaine 2%, 2-inch incision using a #10 blade was used.,The pocket was formed using blunt dissection as he was using the Bovie cautery for hemostasis. The patient went asystole during the procedure. The transcutaneous pacer was used. The patient was oxygenating well. The patient had several compression applied by the nurse. However, her own rhythm resolved spontaneously and the percutaneous pacer was kept on standby.,After that, the J-wire was tunneled into the pocket and then used to put the #7-French sheath into the left subclavian vein. The lead from the Boston Scientific Dextrose model 12345, serial number 12345 was inserted through the left subclavian to the right atrium; however, it was difficult to really enter the right ventricle; and while the lead was in place, the side port of the sheath was used to inject 15 mL of contrast to assess the subclavian and the right atrium. The findings were showing different anatomy, may be consistent with persistent left superior vena cava, and the angle to the right ventricle was different. At that point, the lead stylet was reshaped and was able to cross the tricuspid valve in a position consistent with the mid septal place.,At that point, the lead was actively fixated. The stylet was removed. The R-wave measured at 40 millivolts. The impedance was 580 and the threshold was 1.3 volt. The numbers were accepted and because of the patient's fragility and the different anatomy noticed in the right atrium, concern about putting a second lead with re-access of the subclavian was high. I decided to proceed with a single-chamber pacemaker as a backup system.,After that, the lead sleeve was used to actively fixate the lead in the anterior chest with two Ethibond sutures in the usual fashion.,The lead was attached to the pacemaker in the header. The pacemaker was single-chamber pacemaker Altura 60, serial number 123456. After that, the pacemaker was put in the pocket. Pocket was irrigated with normal saline and was closed into two layers, deep interrupted #3-0 Vicryl and surface as continuous #4-0 Vicryl continuous.,The pacemaker was programmed as VVI 60, and with history is 10 to 50 beats per minute. The lead position will be evaluated with chest x-ray.,No significant bleeding noticed.,CONCLUSION: ,Successful single-chamber pacemaker implantation with left subclavian approach and venogram to assess the subclavian access site and the right atrial or right ventricle with asystole that resolved spontaneously during the procedure. No significant bleed.

surgery, mobitz, av dissociation, syncope, mobitz type ii block, boston scientific altrua, subclavian, venogram, ventricular, single chamber pacemaker implantation, single chamber pacemaker, pacemaker implantation, pacemaker, vein, chest, atrium, ventricle, atrial, implantation, chamber,

Implantation of a dual chamber permanent pacemaker

Surgery

Pacemaker (Dual Chamber)

CLINICAL HISTORY: ,This 78-year-old black woman has a history of hypertension, but no other cardiac problems. She noted complaints of fatigue, lightheadedness, and severe dyspnea on exertion. She was evaluated by her PCP on January 31st and her ECG showed sinus bradycardia with a rate of 37 beats per minute. She has had intermittent severe sinus bradycardia alternating with a normal sinus rhythm, consistent with sinoatrial exit block, and she is on no medications known to cause bradycardia. An echocardiogram showed an ejection fraction of 70% without significant valvular heart disease.,PROCEDURE:, Implantation of a dual chamber permanent pacemaker.,APPROACH:, Left cephalic vein.,LEADS IMPLANTED: ,Medtronic model 12345 in the right atrium, serial number 12345. Medtronic 12345 in the right ventricle, serial number 12345.,DEVICE IMPLANTED: ,Medtronic EnRhythm model 12345, serial number 12345.,LEAD PERFORMANCE: ,Atrial threshold less than 1.3 volts at 0.5 milliseconds. P wave 3.3 millivolts. Impedance 572 ohms. Right ventricle threshold 0.9 volts at 0.5 milliseconds. R wave 10.3. Impedance 855.,ESTIMATED BLOOD LOSS:, 20 mL.,COMPLICATIONS:, None.,DESCRIPTION OF PROCEDURE: ,The patient was brought to the electrophysiology laboratory in a fasting state and intravenous sedation was provided as needed with Versed and fentanyl. The left neck and chest were prepped and draped in the usual manner and the skin and subcutaneous tissues below the left clavicle were infiltrated with 1% lidocaine for local anesthesia. A 2-1/2-inch incision was made below the left clavicle and electrocautery was used for hemostasis. Dissection was carried out to the level of the pectoralis fascia and extended caudally to create a pocket for the pulse generator. The deltopectoral groove was explored and a medium-sized cephalic vein was identified. The distal end of the vein was ligated and a venotomy was performed. Two guide wires were advanced to the superior vena cava and peel-away introducer sheaths were used to insert the two pacing leads. The venous pressures were elevated and there was a fair amount of back-bleeding from the vein, so a 3-0 Monocryl figure-of-eight stitch was placed around the tissue surrounding the vein for hemostasis. The right ventricular lead was placed in the high RV septum and the right atrial lead was placed in the right atrial appendage. The leads were tested with a pacing systems analyzer and the results are noted above. The leads were then anchored in place with #0-silk around their suture sleeve and connected to the pulse generator. The pacemaker was noted to function appropriately. The pocket was then irrigated with antibiotic solution and the pacemaker system was placed in the pocket. The incision was closed with two layers of 3-0 Monocryl and a subcuticular closure of 4-0 Monocryl. The incision was dressed with Steri-Strips and a sterile bandage and the patient was returned to her room in good condition.,IMPRESSION: ,Successful implantation of a dual chamber permanent pacemaker via the left cephalic vein. The patient will be observed overnight and will go home in the morning.

surgery, medtronic enrhythm, cephalic vein, dual chamber, dual chamber permanent pacemaker, dyspnea on exertion, echocardiogram, fatigue, hypertension, lightheadedness, normal sinus rhythm, pacemaker, permanent pacemaker, sinoatrial exit block, sinus bradycardia, valvular heart disease, bradycardia, medtronic, atrial,

Implantation of a single-chamber pacemaker. Fluoroscopic guidance for implantation of single-chamber pacemaker.

Surgery

Pacemaker (Single Chamber) - 1

REFERRAL INDICATION,1. Tachybrady syndrome.,2. Chronic atrial fibrillation.,PROCEDURES PLANNED AND PERFORMED,1. Implantation of a single-chamber pacemaker.,2. Fluoroscopic guidance for implantation of single-chamber pacemaker.,FLUOROSCOPY TIME: ,1.2 minutes.,MEDICATIONS AT THE TIME OF STUDY,1. Ancef 1 g.,2. Benadryl 50 mg.,3. Versed 3 mg.,4. Fentanyl 150 mcg.,CLINICAL HISTORY: , The patient is a pleasant 73-year-old female with chronic atrial fibrillation. She has been found to have tachybrady syndrome, has been referred for pacemaker implantation.,RISKS AND BENEFITS: , Risks, benefits, and alternatives of implantation of a single-chamber pacemaker were discussed with the patient. The patient agreed both verbally and via written consent. Risks that were discussed included but were not limited to bleeding, infection, vascular injury, cardiac perforation, stroke, myocardial infarction, need for urgent cardiovascular surgery, and death were discussed with the patient. The patient agreed both verbally and via written consent.,DESCRIPTION OF PROCEDURE: , The patient was transported to the cardiac catheterization laboratory in a fasting state. The region of the left deltopectoral groove was prepped and draped in the usual sterile manner. Lidocaine 1% (20 mL) was administered to the area. Percutaneous access of the left axillary vein was then performed. A wire was then advanced in the left axillary vein using fluoroscopy. Following this, a 4-inch long transverse incision was made through the skin and subcutaneous tissue exposing the pectoral fascia and muscle beneath. Lidocaine 1% (10 mL) was then administered to the medial aspect of the incision and a pocket was fashioned in the medial direction. Using the previously placed guidewire, a 7-French sidearm sheath was advanced over the wire into the vein. The dilator and wire were removed. An active pacing lead was then advanced down in the right atrium. The peel-away sheath was removed. Lead was passed across the tricuspid valve and positioned in an apical septal location. This was an active fixed lead and the screw was deployed. Adequate pacing and sensing function were established. The suture sleeve was then advanced to the entry point of the tissue and connected securely to the tissue. The pocket was washed with antibiotic-impregnated saline. A pulse generator was obtained and connected securely to the lead. The lead was then carefully wrapped behind the pulse generator, and the entire system was placed in the pocket. Pocket was then closed with 2-0, 3-0, and 4-0 Vicryl using a running mattress stitch. No acute complications were noted.,DEVICE DATA,1. Pulse generator, manufacturer St. Jude model 12345, serial #123456.,2. Right ventricular lead, manufacturer St. Jude model 12345, serial #ABCD123456.,MEASURED INTRAOPERATIVE DATA:, Right ventricular lead impedance 630 ohms. R wave measures 17.5 mV. Pacing threshold of 0.8 V at 0.5 msec.,DEVICE SETTINGS: , VVI 70 to 120.,CONCLUSIONS,1. Successful implantation of the single-chamber pacemaker with adequate pacing and sensing function.,2. No acute complications.,PLAN,1. The patient will be admitted for overnight observation and dismissed at the discretion of primary service.,2. Chest x-ray to rule out pneumothorax and verify lead position.,3. Completion of course of antibiotics.,4. Device interrogation in the morning.,5. Home dismissal instructions provided in a written format.,6. Wound check in 7 to 10 days.,7. Enrollment in Device Clinic.

Plantar flex third metatarsal and talus bunion, right foot. Third metatarsal osteotomy, talus bunionectomy, and application of short-leg cast, right foot. Patient has tried conservative methods such as wide shoes and serial debridement and accommodative padding, all of which provided inadequate relief. At this time she desires to attempt a surgical correction.

Surgery

Osteotomy & Bunionectomy - 1

PREOPERATIVE DIAGNOSES:,1. Plantar flex third metatarsal, right foot.,2. Talus bunion, right foot.,POSTOPERATIVE DIAGNOSES:,1. Plantar flex third metatarsal, right foot.,2. Talus bunion, right foot.,PROCEDURE PERFORMED:,1. Third metatarsal osteotomy, right foot.,2. Talus bunionectomy, right foot.,3. Application of short-leg cast, right foot.,ANESTHESIA: , TIVA/local.,HISTORY: ,This 31-year-old female presents to ABCD Preoperative Holding Area after keeping herself n.p.o., since mid night for surgery on her painful right third plantar flex metatarsal. In addition, she complains of a painful right talus bunion to the right foot. She has tried conservative methods such as wide shoes and serial debridement and accommodative padding, all of which provided inadequate relief. At this time she desires to attempt a surgical correction. The risks versus benefits of the procedure have been explained to the patient by Dr. X and the consent is available on the chart for review.,PROCEDURE IN DETAIL: ,After IV was established by the Department Of Anesthesia, the patient was taken to the operating room via cart. She was placed on the operating table in supine position and a safety strap was placed across her waist for retraction. Next, copious amounts of Webril were applied around the right ankle and a pneumatic ankle tourniquet was applied.,Next, after adequate IV sedation was administered by the Department Of Anesthesia, a total of 10 cc mixture of 4.5 cc of 1% lidocaine/4.5 cc of 0.5% Marcaine/1 cc of Kenalog was injected into the right foot in an infiltrative type block. Next, the foot was prepped and draped in the usual aseptic fashion. An Esmarch bandage was used to exsanguinate the foot and the pneumatic ankle tourniquet was elevated to 250 mmHg. Next, the foot was lowered in the operative field and attention was directed to the dorsal third metatarsal area. There was a plantar hyperkeratotic lesion and a plantar flex palpable third metatarsal head. A previous cicatrix was noted with slight hypertrophic scarring. Using a #10 blade, a lazy S-type incision was created over the dorsal aspect of the third metatarsal, approximately 3.5 cm in length. Two semi-elliptical converging incisions were made over the hypertrophic scar and it was removed and passed off as a specimen. Next, the #15 blade was used to deepen the incision down to the subcutaneous tissue. Any small traversing veins were ligated with electrocautery. Next, a combination of blunt and sharp dissection were used to undermine the long extensor tendon, which was tacked down with a moderate amount of fibrosis and fibrotic scar tissue. Next, the extensor tendon was retracted laterally and the deep fascia over the metatarsals was identified. A linear incision down to bone was made with a #15 blade to the capsuloperiosteal tissues. Next, the capsuloperiosteal tissues were elevated using a sharp dissection with a #15 blade, off of the third metatarsal. McGlamry elevator was carefully inserted around the head of the metatarsal and freed and all the plantar adhesions were freed. A moderate amount of plantar adhesions were encountered. The third toe was plantar flex and the third metatarsal was delivered into the wound. Next, a V-shaped osteotomy with an apex distally was created using a sagittal saw. The metatarsal head was allowed to float. The wound was flushed with copious amounts of sterile saline. #3-0 Vicryl was used to close the capsuloperiosteal tissues, which kept the metatarsal head contained. Next, #4-0 Vicryl was used to close the subcutaneous layer in a simple interrupted suture technique. Next, #4-0 nylon was used to close the skin in a simple interrupted technique.,Attention was directed to the right fifth metatarsal. There was a large palpable hypertrophic prominence, which is the area of maximal pain, which the patient complained of preoperatively. A #10 blade was used to make a 3 cm incision through the skin. Next, a #15 blade was used to deepen the incision through the subcutaneous tissue. Next, the medial and lateral aspects were undermined. The abductor tendon was identified and retracted. A capsuloperiosteal incision was made with a #15 blade in a linear fashion down to the bone. The capsuloperiosteal tissues were elevated off the bone with a Freer elevator and a #15 blade.,Next, the sagittal saw was used to resect the large hypertrophic dorsal exostosis. A reciprocating rasp was used to smooth all bony prominences. The wound was flushed with copious amount of sterile saline. #3-0 Vicryl was used to close the capsuloperiosteal tissues. #4-0 Vicryl was used to close subcutaneous layer with a simple interrupted suture. Next, #4-0 nylon was used to close the skin in a simple interrupted technique. Next, attention was directed to the plantar aspect of the third metatarsal where a bursal sac was felt to be palpated under the plantar flex third metatarsal head. A #15 blade was used to make a small linear incision under the third metatarsal head. The incision was deepened through the dermal layer and curved hemostats and Metzenbaum scissors were used to undermine the skin from the underlying bursa. The wound was flushed and two simple interrupted sutures with #4-0 nylon were applied.,Standard postoperative dressing was applied consisting of Xeroform, 4x4s, Kerlix, Kling, and Coban. The pneumatic ankle tourniquet was released and immediate hyperemic flush was noted to the digits.,A sterile stockinet was placed on the toes just below the knee. Copious amounts of Webril were placed on all bony prominences. 3 inch and 4 inch fiberglass cast tape was used to create a below the knee well-padded, well-moulded cast. One was able to insert two fingers to the distal and proximal aspects of the _cast. The capillary refill time to the digits was less than three seconds after cast application. The patient tolerated the above anesthesia and procedures without complications. She was transported via cart to the Postanesthesia Care Unit with vital signs stable and vascular status intact to the right foot. She was given standard postoperative instructions to rest, ice and elevate her right foot. She was counseled on smoking cessation. She was given Vicoprofen #30 1 p.o. q.4-6h p.r.n., pain. She was given Keflex #30 1 p.o. t.i.d. She is to follow up with Dr. X on Monday. She is to be full weightbearing with a cast boot. She was given emergency contact numbers to call us if problem arises.

surgery, plantar flex, talus bunion, talus bunionectomy, metatarsal osteotomy, osteotomy, short-leg cast, hypertrophic scarring, subcutaneous tissue, sharp dissection, linear incision, foot talus, pneumatic ankle, capsuloperiosteal tissues, plantar, foot, metatarsal, capsuloperiosteal, bunionectomy

Open reduction and internal fixation of left distal radius.

Surgery

ORIF of Left Distal Radius

PREOPERATIVE DIAGNOSIS: , Left distal radius fracture, metaphyseal extraarticular.,POSTOPERATIVE DIAGNOSIS: , Left distal radius fracture, metaphyseal extraarticular.,PROCEDURE: , Open reduction and internal fixation of left distal radius.,IMPLANTS: ,Wright Medical Micronail size 2.,ANESTHESIA: , LMA.,TOURNIQUET TIME: , 49 minutes.,BLOOD LOSS: , Minimal.,COMPLICATIONS: , None.,PATHOLOGY: , None.,TIME OUT: , Time out was performed before the procedure started.,INDICATIONS:, The patient was a 42-year-old female who fell and sustained a displaced left metaphyseal distal radius fracture indicated for osteosynthesis. The patient was in early stage of gestation. Benefits and risks including radiation exposure were discussed with the patient and consulted her primary care doctor.,DESCRIPTION OF PROCEDURE: , Supine position, LMA anesthesia, well-padded arm, tourniquet, Hibiclens, alcohol prep, and sterile drape.,Exsanguination achieved, tourniquet inflated to 250 mmHg. First, under fluoroscopy the fracture was reduced. A 0.045 K-wire was inserted from dorsal ulnar corner of the distal radius and crossing fracture line to maintain the reduction. A 2-cm radial incision, superficial radial nerve was exposed and protected. Dissecting between the first and second dorsal extensor retinaculum, the second dorsal extensor compartment was elevated off from the distal radius. The guidewire was inserted under fluoroscopy. A cannulated drill was used to drill antral hole. Antral awl was inserted. Then we reamed the canal to size 2. Size 2 Micronail was inserted to the medullary canal. Using distal locking guide, three locking screws were inserted distally. The second dorsal incision was made. The deep radial dorsal surface was exposed. Using locking guide, two proximal shaft screws were inserted and locked the nail to the radius. Fluoroscopic imaging was taken and showing restoration of the height, tilt, and inclination of the radius. At this point, tourniquet was deflated, hemostasis achieved, wounds irrigated and closed in layers. Sterile dressing applied. The patient then was extubated and transferred to the recovery room under stable condition.,Postoperatively, the patient will see a therapist within five days. We will immobilize wrist for two weeks and then starting flexion-extension and prosupination exercises.

surgery, distal radius fracture, dorsal extensor, locking guide, radius fracture, extraarticular, metaphyseal, guidewire, fracture, dorsal, distal,

OssaTron extracorporeal shockwave therapy to right lateral epicondyle. Right lateral epicondylitis.

Surgery

OssaTron Extracorporeal Shockwave Therapy

PREOPERATIVE DIAGNOSIS:, Right lateral epicondylitis.,POSTOPERATIVE DIAGNOSIS:, Right lateral epicondylitis.,OPERATION PERFORMED:, OssaTron extracorporeal shockwave therapy to right lateral epicondyle.,ANESTHESIA:, Bier block.,DESCRIPTION OF PROCEDURE: , With the patient under adequate Bier block anesthesia, the patient was positioned for extracorporeal shockwave therapy. The OssaTron equipment was brought into the field and the nose piece for treatment was placed against the lateral epicondyle targeting the area previously determined with the patient's input of maximum pain. Then using standard extracorporeal shockwave protocol, the OssaTron treatment was applied to the lateral epicondyle of the elbow. After completion of the treatment, the tourniquet was deflated, and the patient was returned to the holding area in satisfactory condition having tolerated the procedure well.

surgery, epicondylitis, ossatron extracorporeal shockwave therapy, bier block, epicondyle, ossatron, extracorporeal, shockwave,

Open reduction and internal fixation (ORIF) of the right wrist using an Acumed locking plate. Closed displaced angulated fracture of the right distal radius.

Surgery

ORIF Wrist - Acumed Locking Plate

PREOPERATIVE DIAGNOSIS: ,Closed displaced angulated fracture of the right distal radius.,POSTOPERATIVE DIAGNOSIS: , Closed displaced angulated fracture of the right distal radius.,PROCEDURE: , Open reduction and internal fixation (ORIF) of the right wrist using an Acumed locking plate.,ANESTHESIA: , General laryngeal mask airway.,ESTIMATED BLOOD LOSS: , Minimal.,TOURNIQUET TIME: , 40 minutes.,COMPLICATIONS: , None.,The patient was taken to the postanesthesia care unit in stable condition. The patient tolerated the procedure well.,INDICATIONS: ,The patient is a 23-year-old gentleman who was involved in a crush injury to his right wrist. He was placed into a well-molded splint after reduction was performed in the emergency department. Further x-rays showed further distal fragment dorsal angulation that progressively worsened and it was felt that surgical intervention was warranted. All risks, benefits, expectations, and complications of the surgery were explained to the patient in detail, and he signed the informed consent for ORIF of the right wrist.,PROCEDURE: , The patient was taken to the operating suite, placed in supine position on the operative table. The Department of anesthesia administered a general endotracheal anesthetic, which the patient tolerated well. The right upper extremity had a well-padded tourniquet placed on the right arm, which was insufflated and maintained for 40 minutes at 250 mmHg pressure. The right upper extremity was prepped and draped in a sterile fashion. A 5-cm incision was made over the flexor carpi radialis of the right wrist. The skin was incised down to the subcutaneous tissue, the deep tissue was retracted, blunt dissection was performed down to the pronator quadratus. Sharp dissection was performed through the pronator quadratus after which a tissue elevator was used to elevate this tissue. Next, a reduction was performed placing the distal fragment into appropriate alignment. This was checked under fluoroscopy, and was noted to be adequately reduced and in appropriate position. An Acumed Accu-lock plate was placed along the volar aspect of the distal radius. This was checked under AP and lateral views with C-arm, noted to be in appropriate alignment. A 3.5-mm cortical screw was placed through the proximal aspect of the plate, positioned it into position. Two distal locking screws were placed along the plate itself. The screws were checked under AP and lateral views noting the fracture fragment was well aligned and appropriately reduced with the 2 screws being placed into appropriate position with the appropriate length as well as not being intraarticular. Four more screws were placed along the distal aspect of the plate and 2 more proximal along the plate. All locking screws placed into position and had excellent purchase into the bone or had excellent fixation into the plate and maintained the alignment of the fracture. AP and lateral views were taken of these screw placements again. None of these screws were into the joint and all had appropriate length into the dorsal cortex. Two more 3.5 fully threaded cortical screws were placed along the proximal aspect of the plate and had excellent bicortical purchase. AP and lateral views were taken of the wrist once again showing that this was appropriate reduction of the fracture as well as appropriate placement of the screws. Bicortical purchase was appreciated and no screws were placed into the joint. The wound itself was copiously irrigated with saline and Kantrex after which the subcutaneous tissue was approximated with 2-0 Vicryl, and the skin was closed with running 4-0 nylon stitch; 10 mL of 0.5% Marcaine plain was injected into the wound site after which sterile dressing was placed as well as the volar splint. The patient was awakened from general anesthetic, transferred to the hospital gurney and taken to the postanesthesia care unit in stable condition. The patient tolerated the procedure well.

surgery, open reduction, angulated fracture, distal radius, acumed locking plate, internal fixation, tourniquet, acumed, orif, reduction, fracture, wrist

Acetabular fracture on the left posterior column/transverse posterior wall variety with an accompanying displaced fracture of the intertrochanteric variety to the left hip. Osteosynthesis of acetabular fracture on the left, complex variety and total hip replacement.

Surgery

Osteosynthesis

PREOPERATIVE DIAGNOSIS:, Acetabular fracture on the left posterior column/transverse posterior wall variety with an accompanying displaced fracture of the intertrochanteric variety to the left hip.,POSTOPERATIVE DIAGNOSIS:, Acetabular fracture on the left posterior column/transverse posterior wall variety with an accompanying displaced fracture of the intertrochanteric variety to the left hip.,PROCEDURES:,1. Osteosynthesis of acetabular fracture on the left, complex variety.,2. Total hip replacement.,ANESTHESIA: , General.,COMPLICATIONS: , None.,DESCRIPTION OF PROCEDURE: , The patient in the left side up lateral position under adequate general endotracheal anesthesia, the patient's left lower extremity and buttock area were prepped with iodine and alcohol in the usual fashion, draped with sterile towels and drapes so as to create a sterile field. Kocher Langenbeck variety incision was utilized and carried down through the fascia lata with the split fibers of the gluteus maximus in line. The femoral insertion of gluteus maximus was tenotomized close to its femoral insertion. The piriformis and obturator internus tendons and adjacent gemelli were tenotomized close to their femoral insertion, tagged, and retractor was placed in the lesser notch as well as a malleable retractor in the greater notch enabling the exposure of the posterior column. The major transverse fracture was freed of infolded soft tissue, clotted blood, and lavaged copiously with sterile saline solution and then reduced anatomically with the aid of bone hook in the notch and provisionally stabilized utilizing a tenaculum clamp and definitively stabilized utilizing a 7-hole 3.5 mm reconstruction plate with the montage including two interfragmentary screws. It should be mentioned that prior to reduction and stabilization of the acetabular fracture its femoral head component was removed from the joint enabling direct visualization of the articular surface. Once a stable fixation of the reduced fracture of the acetabulum was accomplished, it should be mentioned that in the process of doing this, the posterior wall fragment was hinged on its soft tissue attachments and a capsulotomy was made in the capsule in line with the rent at the level of the posterior wall. Once this was accomplished, the procedure was turned over to Dr. X and his team, who proceeded with placement of cup and femoral components as well and cup was preceded by placement of a trabecular metal tray for the cup with screw fixation of same. This will be dictated in separate note. The patient tolerated the procedure well. The sciatic nerve was well protected and directly visualized to the level of the notch.

surgery, hip replacement, osteosynthesis, intertrochanteric variety, femoral insertion, acetabular fracture, fracture, acetabular, intertrochanteric, femoral

Open reduction and internal fixation of the left medial epicondyle fracture with placement in a long-arm posterior well-molded splint and closed reduction casting of the right forearm.

Surgery

ORIF & Closed Reduction

PREOPERATIVE DIAGNOSES: , Left elbow fracture dislocation with incarceration of the medial epicondyle with ulnar nerve paresthesias status post closed reduction, attempts 2, right radial shaft fracture with volar apex angulation.,POSTOPERATIVE DIAGNOSES:, Left elbow fracture dislocation with incarceration of the medial epicondyle with ulnar nerve paresthesias status post closed reduction, attempts 2, right radial shaft fracture with volar apex angulation.,PROCEDURES: ,1. Open reduction internal fixation of the left medial epicondyle fracture with placement in a long-arm posterior well-molded splint.,2. Closed reduction casting of the right forearm.,ANESTHESIA: , Surgery performed under general anesthesia. Local anesthetic was 10 mL of 0.5% Marcaine.,TOURNIQUET TIME: , On the left was 29 minutes.,COMPLICATIONS: ,There were no intraoperative complications.,DRAINS: , None.,SPECIMENS: , None.,HISTORY AND PHYSICAL: ,The patient is a 13-year-old right-hand dominant girl, who fell off a swing at school around 1:30 today. The patient was initially seen at an outside facility and brought here by her father, given findings on x-ray, a closed reduction was attempted on the left elbow. After the attempted reduction, the patient was noted to have an incarcerated medial epicondyle fracture as well as increasing ulnar paresthesias that were not present prior to the procedure. Given this finding, the patient needed urgent open reduction and internal fixation to relieve the pressure on the ulnar nerve. At that same time, the patient's mildly angulated radial shaft fracture will be reduced. This was explained to the father. The risks of surgery included the risk of anesthesia, infection, bleeding, changes in sensation and motion of the extremity, hardware failure, need for later hardware removal, and possible continuous nerve symptoms. All questions were answered. The father agreed to the above plan.,PROCEDURE IN DETAIL: , The patient was taken to the operating room and placed supine on the operating room table. General anesthesia was then administered. The patient received Ancef preoperatively. The left upper extremity was then prepped and draped in the standard surgical fashion. Attempts to remove the incarcerated medial epicondyle with supination, valgus stress, and with extension were unsuccessful. It was decided at this time that she would need open reduction. The arm was wrapped in Esmarch prior to inflation of the tourniquet to 250 mmHg. The Esmarch was then removed. An incision was then made. Care was taken to avoid any injury to the ulnar nerve. The medial epicondyle fracture was found incarcerated into the anterior aspect of the joint. This was easily removed. The ulnar nerve was also identified, and appeared to be intact. The medial epicondyle was then transfixed using a guidewire into its anatomic position with the outer cortex over drilled with a 3.2 drill bit, and subsequently a 44-mm 4.5 partially threaded cannulated screw was then placed with a washer to hold the medial epicondyle in place. After fixation of the fragment, the ulnar nerve was visualized as it traveled around the medial epicondyle fracture with no signs of impingement. The wound was then irrigated with normal saline and closed using 2-0 Vicryl and 4-0 Monocryl. The wound was clean and dry, dressed with Steri-Strips and Xeroform. The area was infiltrated with 0.5% Marcaine. The patient was then placed in a long-arm posterior well-molded splint with 90 degrees of flexion and neutral rotation. The tourniquet was released at 30 minutes prior to placement of the dressing, showed no significant bleeding. Attention was then turned to right side, the arm was then manipulated and a well-molded long-arm cast placed. The final position in the cast revealed a very small residual volar apex angulation, which is quite acceptable in this age. The patient tolerated the procedure well, was subsequently extubated and taken to recovery in a stable condition.,POSTOPERATIVE PLAN: , The patient will be hospitalized for pain control and neurovascular testing for the next 1 to 2 days. The father was made aware of the intraoperative findings. All questions answered.

surgery, orif, elbow fracture, dislocation, open reduction internal fixation, closed reduction, left medial epicondyle fracture, long-arm posterior well-molded splint, splint, radial shaft fracture, volar apex angulation, medial epicondyle fracture, medial epicondyle, internal fixation, epicondyle fracture, ulnar nerve, epicondyle, fracture, reduction, tourniquet, ulnar, nerve,

Distal metaphyseal osteotomy and bunionectomy with internal screw fixation, right foot. Reposition osteotomy with internal screw fixation to correct angulation deformity of proximal phalanx, right foot.

Surgery

Osteotomy & Bunionectomy

PREOPERATIVE DIAGNOSES:,1. Metatarsus primus varus with bunion deformity, right foot.,2. Hallux abductovalgus with angulation deformity, right foot.,POSTOPERATIVE DIAGNOSES:,1. Metatarsus primus varus with bunion deformity, right foot.,2. Hallux abductovalgus with angulation deformity, right foot.,PROCEDURES:,1. Distal metaphyseal osteotomy and bunionectomy with internal screw fixation, right foot.,2. Reposition osteotomy with internal screw fixation to correct angulation deformity of proximal phalanx, right foot.,ANESTHESIA:,Local infiltrate with IV sedation.,INDICATION FOR SURGERY: , The patient has had a longstanding history of foot problems. The foot problem has been progressive in nature and has not been responsive to conservative treatment. The preoperative discussion with the patient included the alternative treatment options.,The procedure was explained in detail and risk factors such as infection, swelling, scarred tissue; numbness, continued pain, recurrence, and postoperative management were explained in detail. The patient has been advised, although no guaranty for success could be given, most patients have improved function and less pain. All questions were thoroughly answered. The patient requested surgical repair since the problem has reached a point that interferes with her normal daily activities. The purpose of the surgery is to alleviate the pain and discomfort.,DETAILS OF PROCEDURE: ,The patient was brought to the operating room and placed in a supine position. No tourniquet was utilized. IV sedation was administered and during that time local anesthetic consisting of approximately 10 mL total in a 1:1 mixture of 0.25% Marcaine and 1% lidocaine with epinephrine was locally infiltrated proximal to the operative site. The lower extremity was prepped and draped in the usual sterile manner. Balanced anesthesia was obtained.,PROCEDURE #1: , Distal metaphyseal osteotomy with internal screw fixation with bunionectomy, right foot. A dorsal curvilinear incision medial to the extensor hallucis longus tendon was made, extending from the distal third of the shaft of the first metatarsal to a point midway on the shaft of the proximal phalanx. Care was taken to identify and retract the vital structures and when necessary, vessels were ligated via electrocautery. Sharp and blunt dissection was carried down through the subcutaneous tissue, superficial fascia, and then down to the capsular and periosteal layer, which was visualized. A linear periosteal capsular incision was made in line with the skin incision. The capsular tissue and periosteal layer were underscored, free from its underlying osseous attachments, and they refracted to expose the osseous surface. Inspection revealed increased first intermetatarsal angle and hypertrophic changes to the first metatarsal head. The head of the first metatarsal was dissected free from its attachment medially and dorsally, delivered dorsally and may be into the wound.,Inspection revealed the first metatarsophalangeal joint surface appeared to be in satisfactory condition. The sesamoid was in satisfactory condition. An oscillating saw was utilized to resect the hypertrophic portion of the first metatarsal head to remove the normal and functional configuration. Care was taken to preserve the sagittal groove. The rough edges were then smoothed with a rasp.,Attention was then focused on the medial mid portion of the first metatarsal head where a K-wire access guide was positioned to define the apex and direction of displacement for the capital fragment. The access guide was noted to be in good position. A horizontally placed, through-and-through osteotomy with the apex distal and the base proximal was completed. The short plantar arm was from the access guide to proximal plantar and the long dorsal arm was from the access guide to proximal dorsal. The capital fragment was distracted off the first metatarsal, moved laterally to decrease the intermetatarsal angle to create a more anatomical and functional position of the first metatarsal head. The capital fragment was impacted upon the metatarsal.,Inspection revealed satisfactory reduction of the intermetatarsal angle and good alignment of the capital fragment. It was then fixated with 1 screw. A guide pin was directed from the dorsal aspect of the capital fragment to the plantar aspect of the shaft and first metatarsal in a distal dorsal to proximal plantar direction. The length was measured, __________ mm cannulated cortical screw was placed over the guide pin and secured in position. Compression and fixation were noted to be satisfactory. Inspection revealed good fixation and alignment at the operative site. Attention was then directed to the medial portion of the distal third of the shaft of the first metatarsal where an oscillating saw was used to resect the small portion of the bone that was created by shifting the capital fragment laterally. All rough edges were rasped smooth. Examination revealed there was still lateral deviation of the hallux. A second procedure, the reposition osteotomy of the proximal phalanx with internal screw fixation to correct angulation deformity was indicated., ,PROCEDURE #2:, Reposition osteotomy with internal screw fixation to correct angulation deformity, proximal phalanx, right hallux. The original skin incision was extended from the point just distal to the interphalangeal joint. All vital structures were identified and retracted. Sharp and blunt dissection was carried down through the subcutaneous tissue, superficial fascia, and down to the periosteal layer, which was underscored, free from its underlying osseous attachments and reflected to expose the osseous surface. The focus of the deformity was noted to be more distal on the hallux. Utilizing an oscillating saw, a more distal, wedge-shaped transverse oblique osteotomy was made with the apex being proximal and lateral and the base medial distal was affected. The proximal phalanx was then placed in appropriate alignment and stabilized with a guide pin, which was then measured, __________ 14 mm cannulated cortical screw was placed over the guide pin and secured into position.,Inspection revealed good fixation and alignment at the osteotomy site. The alignment and contour of the first way was now satisfactorily improved. The entire surgical wound was flushed with copious amounts of sterile normal saline irrigation. The periosteal and capsular layer was closed with running sutures of #3-0 Vicryl. The subcutaneous tissue was closed with #4-0 Vicryl and the skin edges coapted well with #4-0 nylon with running simples, reinforced with Steri-Strips.,Approximately 6 mL total in a 1:1 mixture of 0.25% Marcaine and 1% lidocaine plain was locally infiltrated proximal to the operative site for postoperative anesthesia. A dressing consisting of Adaptic and 4 x 4 was applied to the wound making sure the hallux was carefully splinted, followed by confirming bandages and an ACE wrap to provide mild compression. The patient tolerated the procedure and anesthesia well and left the operating room to recovery room in good postoperative condition with vital signs stable and arterial perfusion intact as evident by the normal capillary fill time.,A walker boot was dispensed and applied. The patient should wear it when walking or standing., ,The next office visit will be in 4 days. The patient was given prescriptions for Percocet 5 mg #40 one p.o. q.4-6h. p.r.n. pain, along with written and oral home instructions. The patient was discharged home with vital signs stable in no acute distress.

Open reduction and internal fixation of left atrophic mandibular fracture, removal of failed dental implant from the left mandible. The patient fell following an episode of syncope and sustained a blunt trauma to his ribs resulting in multiple fractures and presumably also struck his mandible resulting in fracture.

Surgery

ORIF Mandibular Fracture & Dental Implant Removal

PREOPERATIVE DIAGNOSES: , Open, displaced, infected left atrophic mandibular fracture; failed dental implant.,POSTOPERATIVE DIAGNOSES: , Open, displaced, infected left atrophic mandibular fracture; failed dental implant.,PROCEDURE PERFORMED: , Open reduction and internal fixation (ORIF) of left atrophic mandibular fracture, removal of failed dental implant from the left mandible.,ANESTHESIA: , General nasotracheal.,ESTIMATED BLOOD LOSS: , 125 mL.,FLUIDS GIVEN: , 1 L of crystalloids.,SPECIMEN: , Soft tissue from the fracture site sent for histologic diagnosis.,CULTURES: , Also sent for Gram stain, aerobic and anaerobic, culture and sensitivity.,INDICATIONS FOR THE PROCEDURE: , The patient is a 79-year-old male, who fell in his hometown, following an episode of syncope. He sustained a blunt trauma to his ribs resulting in multiple fractures and presumably also struck his mandible resulting in the above-mentioned fracture. He was admitted to hospital in Harleton, Texas, where his initial evaluation showed the rib fractures have also showed a nodule on his right upper lobe as well as a mediastinal mass. His mandible fracture was not noted initially. The patient also has a history of prostate cancer and a renal cell carcinoma. The patient at that point underwent a bronchoscopy with a biopsy of the mediastinal mass and the results of that biopsy are still pending. The patient later saw a local oral surgeon. He diagnosed his mandible fracture and advised him to seek treatment in Houston. He presented to my office for evaluation on January 18, 2010, and he was found to have an extremely atrophic mandible with a fracture in the left parasymphysis region involving a failed dental implant, which had been placed approximately 15 years ago. The patient had significant discomfort and could eat foods and drink fluids with difficulty. Due to the nature of his fracture and the complex medical history, he was sent to the hospital for admission and following cardiac clearance, he was scheduled for surgery today.,PROCEDURE IN DETAIL: , The patient was taken to the operating room, and placed in a supine position. Following a nasal intubation and induction of general anesthesia, the surgeon then scrubbed, gowned, and gloved in the normal sterile fashion. The patient was then prepped and draped in a manner consistent with sterile procedures. A marking pen was first used to outline the incision in the submental region and it was extended from the left mandibular body to the right mandibular body region, approximately 1.5 cm medial to the inferior border of the mandible. A 1 mL of lidocaine 1% with 1:100,000 epinephrine was then infiltrated along the incision and then a 15-blade was used to incise through the skin and subcutaneous tissue. A combination of sharp and blunt dissection was then used to carry the dissection superiorly to the inferior border of the mandible. Electrocautery as well as 4.0 silk ties were used for hemostasis. A 15-blade was then used to incise the periosteum along the inferior border of the mandible and it was reflected exposing the mandible as well as the fracture site. The fracture site was slightly distracted allowing access to the dental implant within the bone and it was easily removed from the wound. Cultures of this site were also obtained and then the granulation tissue from the wound was also curetted free of the wound and sent for a histologic diagnosis. Manipulation of the mandible was then used to achieve an anatomic reduction and then an 11-hole Synthes reconstruction plate was then used to stand on the fracture site. Since there was an area of weakness in the right parasymphysis region, in the location of another dental implant, the bone plate was extended posterior to that site. When the plate was adapted to the mandible, it was then secured to the bone with 9 screws, each being 2 mm in diameter and each screw was placed bicortically. All the screws were also locking screws. Following placement of the screws, there was felt to be excellent stability of the fracture, so the wound was irrigated with a copious amount of normal saline. The incision was closed in multiple layers with 4.0 Vicryl in the muscular and subcutaneous layers and 5.0 nylon in the skin. A sterile dressing was then placed over the incision. The patient tolerated the procedure well and was taken to the recovery room with spontaneous respirations and stable vital signs. Estimated blood loss is 125 mL.

surgery, atrophic mandibular fracture, dental implant, open reduction and internal fixation, orif, mandibular fracture, mandible, atrophic, mandibular, dental, implant,

Open reduction internal fixation (ORIF) with irrigation and debridement of open fracture. Closed reduction and screw fixation of right femoral neck fracture. Retrograde femoral nail using a striker T2 retrograde nail. Irrigation and debridement of knee and elbow abrasions.

Surgery

ORIF, Closed Reduction, Screw Fixation, Etc.

TITLE OF OPERATION:,1. Open reduction internal fixation (ORIF) with irrigation and debridement of open fracture including skin, muscle, and bone using a Synthes 3.5 mm locking plate on the lateral malleolus and two Synthes 4.5 mm cannulated screws medial malleolus.,2. Closed reduction and screw fixation of right femoral neck fracture using one striker Asnis 8.0 mm cannulated screw and two 6.5 mm cannulated screws.,3. Retrograde femoral nail using a striker T2 retrograde nail 10 x 340 with a 10 mm INCAP and two 5 mm distal locking screws and two 5 mm proximal locking screws.,4. Irrigation and debridement of right knee.,5. Irrigation and debridement of right elbow abrasions.,PREOP DIAGNOSIS:,1. Right open ankle fracture.,2. Right femoral shaft fracture.,3. Right femoral neck fracture.,4. Right open knee.,5. Right elbow abrasions.,POSTOP DIAGNOSIS:,1. Right open ankle fracture.,2. Right femoral shaft fracture.,3. Right femoral neck fracture.,4. Right open knee.,5. Right elbow abrasions.,INTRAVENOUS FLUIDS: , 650 packed red blood cells.,TOURNIQUET TIME: , 2 hours.,URINE OUTPUT: ,1600 cubic centimeters.,ESTIMATED BLOOD LOSS: , 250 cubic centimeters.,COMPLICATIONS:, None.,PLAN:, non-weightbearing right lower extremity, clindamycin x 48 hours.,OPERATIVE NARRATIVE:, The patient is a 53-year-old female who is a pedestrian struck, in a motor vehicle accident and sustained numerous injuries. She sustained a right open ankle fracture, right femur fracture, right femoral neck fracture, right open knee, and right elbow abrasions. Given the emergent nature of the right femoral neck fracture and her young age as well as the open fracture, it was decided to proceed with an urgent operative intervention. The risks of surgery were discussed in detail and the consents were signed. The operative site was marked. The patient was taken to the operating room where she was given preoperative clindamycin. The patient had then general anesthetic performed by anesthesia.,A well-padded side tourniquet was placed. Attention was turned to the right ankle first. The large medical laceration was extended and the tissues were debrided. All dirty of the all injured bone, muscle, and tissues were debrided. Wound was then copiously irrigated with 8 liters of normal saline. At this point, the medial malleolus fracture was identified and was reduced. This was then fixed in with two 4.5 mm cannulated Synthes screws.,Next, the attention was turned to lateral malleolus. Incision was made over the distal fibula. It was carried down sharply through the skin in the subcutaneous issues. Care was taken to preserve the superficial peroneal nerve. The fracture was identified, and there was noted to be very comminuted distal fibula fracture. The fracture was reduced and confirmed with fluoroscopy. A 7 hole Synthes 3.5 mm locking plate was placed. This was placed in a bridging fashion with three screws above and three screws below the fracture. Appropriate reduction was confirmed under fluoroscopy. A cotton test was performed, and the ankle did not open up. Therefore, it was decided not to proceed with syndesmotic screw.,Next, the patient was then placed in the fracture table and all extremities were well padded. All prominences were padded. The right leg was then prepped and draped in usual sterile fashion. A 2-cm incision was made just distal to the greater trochanter. This was carried down sharply through the skin to the fascia. The femur was identified. The guidewire for a striker Asnis 6.5 mm screw was placed in the appropriate position. The triangle guide was then used to ensure appropriate triangular formation of the remainder of the screws. A reduction of the fracture was performed prior to placing all the guide wires. A single 8 mm Asnis screw was placed inferiorly followed by two 6.5 mm screws superiorly.,Next, the abrasions on the right elbow were copiously irrigated. The necrotic and dead tissue was removed. The abrasions did not appear to enter the joints. They were wrapped with Xeroform 4 x 4 x 4 Kerlix and Ace wrap.,Next, the lacerations of the anterior knee were connected and were extended in the midline. They were carried down sharply to the skin and the retinacular issues to the joint. The intercondylar notch was identified. A guide wire for the striker T2 retrograde nail was placed and localized with fluoroscopy. The opening reamer was used following the bolted guide wire was then passed. The femur was then sequentially reamed using the flexible reamers. A T2 retrograde nail 10 x 340 was then passed. Two 5 mm distal locking screws and two 5 mm proximal locking screws were then placed.,Prior to reaming and passing the retrograde nail, the knee was copiously irrigated with 8 liters of normal saline. Any dead tissues in the knee were identified and were debrided using rongeurs and curettes.,The patient was placed in the AO splints for the right ankle. The wounds were dressed with Xeroform 4 x 4 x 4s and IO band. The care was then transferred for the patient to Halstead Service.,The plan will be non-weightbearing right lower extremity and antibiotics for 48 hours.,Dr. X was present and scrubbed for the entirety of the procedure.

Open reduction and internal fixation (ORIF) of comminuted C2 fracture. Posterior spinal instrumentation C1-C3, using Synthes system. Posterior cervical fusion C1-C3. Insertion of morselized allograft at C1to C3.

Surgery

ORIF & Cervical Fusion

PREOPERATIVE DIAGNOSIS: , Fracture dislocation, C2.,POSTOPERATIVE DIAGNOSIS: ,Fracture dislocation, C2.,OPERATION PERFORMED,1. Open reduction and internal fixation (ORIF) of comminuted C2 fracture.,2. Posterior spinal instrumentation C1-C3, using Synthes system.,3. Posterior cervical fusion C1-C3.,4. Insertion of morselized allograft at C1to C3.,ANESTHESIA:, GETA.,ESTIMATED BLOOD LOSS:, 100 mL.,COMPLICATIONS: , None.,DRAINS: , Hemovac x1.,Spinal cord monitoring is stable throughout the entire case.,DISPOSITION:, Vital signs are stable, extubated and taken back to the ICU in a satisfactory and stable condition.,INDICATIONS FOR OPERATION:, The patient is a middle-aged female, who has had a significantly displaced C2 comminuted fracture. This is secondary to a motor vehicle accident and it was translated appropriately 1 cm. Risks and benefits have been conferred with the patient as well as the family, they wish to proceed. The patient was taken to the operating room for a C1-C3 posterior cervical fusion, instrumentation, open reduction and internal fixation.,OPERATION IN DETAIL: , After appropriate consent was obtained from the patient, the patient was wheeled back to the operating theater room #5. The patient was placed in the usual supine position and intubated and under general anesthesia without any difficulties. Spinal cord monitoring was induced. No changes were seen from the beginning to the end of the case.,Mayfield tongues were placed appropriately. This was placed in line with the pinna of the ear as well as a cm above the tip of the earlobes. The patient was subsequently rolled onto the fluoroscopic OSI table in the usual prone position with chest rolls. The patient's Mayfield tongue was fixated in the usual standard fashion. The patient was subsequently prepped and draped in the usual sterile fashion. Midline incision was extended from the base of the skull down to the C4 spinous process. Full thickness skin fascia developed. The fascia was incised at midline and the posterior elements at C1, C2, C3, as well as the inferior aspect of the occiput was exposed. Intraoperative x-ray confirmed the level to be C2.,Translaminar screws were placed at C2 bilaterally. Trajectory was completed with a hand drill and sounded in all four quadrants to make sure there was no violation of pedicles and once this was done, two 3.5 mm translaminar screws were placed bilaterally at C2. Good placement was seen both in the AP and lateral planes using fluoroscopy. Facet screws were then placed at C3. Using standard technique of Magerl, starting in the inferomedial quadrant 14 mm trajectories in the 25-degree caudad-cephalad direction as well as 25 degrees in the medial lateral direction was made. This was subsequently sounded in all four quadrants to make sure that there is no elevation of the trajectory. A 14 x 3.5 mm screws were then placed appropriately. Lateral masteries at C1 endplate were placed appropriately. The medial and lateral borders were demarcated with a Penfield. The great occipital nerve was retracted out the way. Starting point was made with a high-speed power bur and midline and lateral mass bilaterally. Using a 20-degree caudad-cephalad trajectory as well as 10-degree lateral-to-medial direction, the trajectory was completed in 8 mm increments, this was subsequently sounded in all four quadrants to make sure that there was no violation of the pedicle wall of the trajectory. Once this was done, 24 x 3.5 mm smooth Schanz screws were placed appropriately. Precontoured titanium rods were then placed between the screws at the C1, C2, C3 and casts were placed appropriately. Once this was done, all end caps were appropriately torqued. This completed the open reduction and internal fixation of the C2 fracture, which showed perfect alignment. It must be noted that the reduction was partially performed on the table using lateral fluoroscopy prior to the instrumentation, almost reducing the posterior vertebral margin of the odontoid fracture with the base of the C2 access. Once the screws were torqued bilaterally, good alignment was seen both in the AP and lateral planes using fluoroscopy, this completed instrumentation as well as open reduction and internal fixation of C2. The cervical fusion was completed by decorticating the posterior elements of C1, C2, and C3. Once this was done, the morselized allograft 30 mL of cortical cancellous bone chips with 10 mL of demineralized bone matrix was placed over the decorticated elements. The fascia was closed using interrupted #1 Vicryl suture figure-of-8. Superficial drain was placed appropriately. Good alignment of the instrumentation as well as of the fracture was seen both in the AP and lateral planes. The subcutaneous tissues were closed using a #2-0 Vicryl suture. The dermal edges were approximated using staples. The wound was then dressed sterilely using Bacitracin ointment, Xeroform, 4x4s, and tape, and the drain was connected appropriately. The patient was subsequently released with a Mayfield contraption and rolled on to the stretcher in the usual supine position. Mayfield tongues were subsequently released. No significant bleeding was appreciated. The patient was subsequently extubated uneventfully and taken back to the recovery room in satisfactory and stable condition. No complications arose.

surgery, fracture dislocation, spinal instrumentatio, comminuted, fracture, morselized, allograft, vicryl suture, mayfield tongues, cervical fusion, internal fixation, orif, cervical, fusion, fixation, spinal, reduction, instrumentation,

Fractured right fifth metatarsal. Open reduction and internal screw fixation right fifth metatarsal. Application of short leg splint.

Surgery

ORIF - Fifth Metatarsal

PREOPERATIVE DIAGNOSIS: , Fractured right fifth metatarsal.,POSTOPERATIVE DIAGNOSIS: , Fractured right fifth metatarsal.,PROCEDURE PERFORMED:,1. Open reduction and internal screw fixation right fifth metatarsal.,2. Application of short leg splint.,ANESTHESIA:, TIVA/local.,HISTORY: , This 32-year-old female presents to Preoperative Holding Area after keeping herself n.p.o., since mid night for open reduction and internal fixation of a fractured right fifth metatarsal. The patient relates that approximately in mid-June that she was working as a machinist at Detroit Diesel and dropped a large set of tools on her right foot. She continued to walk on the foot and found nothing was wrong despite the pain. She was recently seen by Dr. X and was referred to Dr. Y for surgery. The risks versus benefits of the procedure had been explained to the patient in detail by Dr. Y. The consent is available on the chart for review. The urine beta was taken in the preoperative area and was negative.,PROCEDURE IN DETAIL: ,After IV was established by the Department of Anesthesia, the patient was taken to the operating room via cart and placed on the operating table in the supine position. A safety strap was placed across her waist for her protection. Copious amounts of Webril were applied about the right ankle and a pneumatic ankle tourniquet was applied. After adequate IV sedation was administered by the Department of Anesthesia, a total of 10 cc of 0.5% Marcaine plain was used to perform an infiltrative type block to the right fifth metatarsal area of the right foot. Next, the foot was prepped and draped in the usual aseptic fashion. An Esmarch bandage was used to exsanguinate the foot and the pneumatic ankle tourniquet was elevated to 250 mmHg. The foot was lowered in the operative field and a sterile stocking was reflected. Attention was directed to the right fifth metatarsal base. The Xi-scan and fluoroscopic unit was used to visualize the fractured fifth metatarsal. An avulsion fracture of the right fifth metatarsal base was visualized. The fracture was linear in nature from distal lateral to proximal medial. There appeared to be a pseudoarthrosis on the lateral view. A skin scrub was used to carefully mark out all the landmarks including the peroneus longus and brevis tendons in the fifth metatarsal and the sural nerve. A linear incision was created with a #10 blade. A #15 blade was used to deepen the incision through the subcutaneous tissue. All small veins traversing the subcutaneous tissue were ligated with electrocautery. Next, using combination of sharp and blunt dissection, the deep fascia was reached. Next a linear capsuloperiosteal incision was made down to the bone using a #15 blade. Next, using a periosteal elevator and a #15 blade, the capsuloperiosteal tissues were stripped from the bone. The fracture site was not clearly visualized due to bony callus. A #25 gauge needle was introduced into the fracture site under fluoroscopy. The fracture site was easily found. An osteotome was used to separate the pseudoarthrosis.,A curette was used to remove the hypertrophic excessive pseudoarthrotic bone. Next, a small ball burr was used to resect the remaining hypertrophic bone. Next, a #1.0 drill bit was used to drill the subchondral bone on either side of the fracture site and a good healthy bleeding bone. Next, a bone clamp was applied and the fracture was reduced. Next, a threaded K-wire was thrown from the proximal base of the fifth metatarsal across the fracture site distally. A #4-0 mm Synthes partially threaded, cannulated 50 mm screw was thrown using standard AO technique from the proximal fifth metatarsal base down the shaft and the fracture site was fixated rigidly. All this was done under fluoroscopy. Next, the wound was flushed with copious amounts of sterile saline. The fracture site was found to have rigid compression. The hypertrophic bone on the lateral aspect of the metatarsal was reduced with a ball burr and the wound was again flushed. Next, the capsuloperiosteal tissues were closed with #3-0 Vicryl in a simple interrupted fashion. A few fibers of the peroneus brevis tendon that were stripped from the base of the proximal phalanx were reattached carefully with Vicryl. Next, the subcutaneous layer was closed with #4-0 Vicryl in a simple interrupted suture technique. Next, the skin was closed with #5-0 Prolene in a horizontal mattress technique. A postoperative fluoroscopic x-ray was taken and the bony alignment was found to be intact and the screw placement had excellent appearance. A dressing consisting of Owen silk, 4x4s, fluff, and Kerlix were applied.,A sterile stockinet was applied over the foot. Next, copious amounts of Webril were applied to pad all bony prominences. The pneumatic ankle tourniquet was released and immediate hyperemic flush was noted to all digits. Next, 4-inch, pre-moulded, well-padded posterior splint was applied. The capillary refill time of the digits was less than three seconds. The patient tolerated the above anesthesia and procedure without complications. After anesthesia was reversed, she was transported via cart to the Postanesthesia Care Unit with vital signs stable and vascular status intact to the right foot. She was given Vicodin 5/500 mg #30 1-2 p.o. q.4-6h. p.r.n., pain, Naprosyn 500 mg p.o. b.i.d. p.c., Keflex 500 mg #30 one p.o. t.i.d., till gone. She was given standard postoperative instructions to be non-weightbearing and was dispensed with crutches. She will rest, ice, and elevate her right leg. She is to follow up in the clinic on 08/26/03 at 10:30 a.m.. She was given emergency contact numbers and will call or return if problems arise earlier.

surgery, metatarsal, internal screw fixation, leg splint, fractured right fifth metatarsal, pneumatic ankle tourniquet, ankle tourniquet, metatarsal base, fracture site, fractured, hypertrophic, bernstein, orif

Open reduction and internal fixation of left lateral malleolus. Left lateral malleolus fracture.

Surgery

ORIF - Malleolus

PREOPERATIVE DIAGNOSIS: , Left lateral malleolus fracture.,POSTOPERATIVE DIAGNOSIS:, Left lateral malleolus fracture.,PROCEDURE PERFORMED: , Open reduction and internal fixation of left lateral malleolus.,ANESTHESIA: ,General.,TOURNIQUET TIME: , 59 minutes.,COMPLICATIONS: , None.,BLOOD LOSS: , Negligible.,CLOSURE: , 2-0 Vicryl and staples.,INDICATIONS FOR SURGERY:, This is a young gentleman with soccer injury to his left ankle and an x-ray showed displaced lateral malleolus fracture with widening of the mortise now for ORIF. The risks and perceivable complications of the surgeries were discussed with the patient via a translator as well as nonsurgical treatment options and this was scheduled emergently.,OPERATIVE PROCEDURE: , The patient was taken to the operative room where general anesthesia was successfully introduced. The right ankle was prepped and draped in standard fashion. The tourniquet was applied about the right upper thigh. An Esmarch tourniquet was used to exsanguinate the ankle. The tourniquet was insufflated to a pressure 325 mm for approximately 59 minutes. An approximately 6 inch longitudinal incision was made just over the lateral malleolus. Care was taken to spare overlying nerves and vessels. An elevator was used to expose the fracture. The fracture was freed of old hematoma and reduced with a reducing clamp. An interfragmentary cortical screw was placed of 28 mm with excellent purchase. The intraoperative image showed excellent reduction. A 5-hole semitubular plate was then contoured to the lateral malleolus and fixed with 3 cortical screws proximally and 2 cancellous screws distally. Excellent stability of fracture was achieved. Final fluoroscopy showed a reduction to be anatomic in 2 planes. The wound was irrigated with copious amounts of normal saline. Deep tissue was closed with 2-0 Vicryl. The skin was approximated with 2-0 Vicryl and closed with staples. Dry sterile dressing was applied.,The patient tolerated the procedure, was awakened and taken to the recovery room in stable condition.

surgery, open reduction and internal fixation, esmarch, internal fixation, malleolus fracture, lateral malleolus, tourniquet, orif, fixation, ankle, reduction, fracture, malleolus

Open left angle comminuted angle of mandible, 802.35, and open symphysis of mandible, 802.36. Open reduction, internal fixation (ORIF) of bilateral mandible fractures with multiple approaches, CPT code 21470, and surgical extraction of teeth #17, CPT code 41899.

Surgery

ORIF - Mandible Fracture

PREOPERATIVE DIAGNOSIS:, Open left angle comminuted angle of mandible, 802.35, and open symphysis of mandible, 802.36.,POSTOPERATIVE DIAGNOSIS:, Open left angle comminuted angle of mandible, 802.35, and open symphysis of mandible, 802.36.,PROCEDURE:, Open reduction, internal fixation (ORIF) of bilateral mandible fractures with multiple approaches, CPT code 21470, and surgical extraction of teeth #17, CPT code 41899.,ANESTHESIA: , General anesthesia via nasal endotracheal intubation.,FLUIDS: , 1800 mL of LR.,ESTIMATED BLOOD LOSS: , 150 mL.,HARDWARE: ,A 2.3 titanium locking reconstruction plate from Leibinger on the symphysis and a 2.0 reconstruction plate on the left angle.,SPECIMEN: , None.,COMPLICATIONS: , None.,CONDITION: , The patient was extubated to the PACU, breathing spontaneously in excellent good condition.,INDICATIONS FOR THE PROCEDURE: , The patient is a 55-year-old male that he is 12 hour status post interpersonal violence in which he sustained bilateral mandible fractures and positive loss of consciousness. He reported to the Hospital the day after his altercation complaining of mall occlusion and sore left shoulder. He was worked up by the emergency department. His head CT was cleared and his left shoulder was clear of any fractures or soft tissue damage. Oral maxillary facial surgery was consulted to manage the mandible fracture. After review of the CT and examination it was determined that the patient would benefit from open reduction, internal fixation of bilateral mandible fractures. Risks, benefits, and alternative to treatment were thoroughly discussed with the patient and consent was obtained.,DESCRIPTION OF PROCEDURE:, The patient was brought to the operating room #2 at Hospital. He was laid in supine position on the operating room table. ASA monitors were attached and stated general anesthesia was induced with IV anesthetic and maintained with nasal endotracheal intubation and inflation anesthetics.,The patient was prepped and draped in the usual oral maxillofacial surgery fashion. The surgeon approached the operating room table in a sterile fashion. Approximately 10 mL of 1% lidocaine with 1:100,000 epinephrine was injected into oral vestibule in a nerve block fashion. Erich arch bars were adapted to the maxilla and mandible, secured in the posterior teeth with 24-gauge surgical steel wire and 26-gauge surgical steel wire in the anterior. This was done from second molar to second molar on both the maxilla and the mandible secondary to the patient missing multiple teeth. The patient was manipulated up into maximum intercuspation. He has a malocclusion with severe bruxism and so wear facets were lined up. This was secured with 26-gauge surgical steel wire. Attention was then directed to the symphysis extraorally. Approximately 5 mL of 1% lidocaine with epinephrine was injected into the area of incision which paralleled the inferior border of the mandible 2 cm below the inferior border of the mandible.,After waiting appropriate time for local anesthesia using a 15 blade, a skin and platysma incision was made. Then using a series of blunt and sharp dissections, the dissection was carried to the inferior border of the mandible. The periosteum was incised and reflected with the periosteal elevator. The fracture was noted and it was displaced. Manipulation of the segments and checking with the occlusion intraorally, the fracture was aligned. This was secured with 7-hole 2.3 titanium locking reconstruction plate with bicortical screws. The wound was then packed with moist Ray-Tec and attention was directed intraorally to the left angle fracture. Approximately 5 mL of 1% lidocaine with 1:100,000 epinephrine was injected into the left vestibule. After waiting appropriate time for local anesthesia to take effect, using Bovie electrocautery, a sagittal split incision was made and the fracture was identified. It was noted that the fracture went through tooth #17 and this needed to be extracted. Taking a round bur, a buckle trough was made and the tooth was elevated and removed both distal and mesial roots. The fracture was then reduced and lateral superior border plate 2-0 4 whole with monocortical screws was placed. The fracture was noted to be well reduced. The wound was then irrigated with copious amount of sterile water. The patient was released for excellent intercuspation. He was then manipulated up into the occlusion easily. Wound was then closed with running 3-0 chromic gut suture. Attention was then directed extraorally. This was irrigated with copious amount of sterile water and closed in a layer fashion with 3-0 Vicryl, 4-0 Vicryl, and 5-0 Prolene on skin. Attention was then again directed into the mouth. The throat pack was removed and orogastric tube was placed and stomach content was evacuated. The patient was then manipulated back up to maximum intercuspation and secured with interdental elastics and a pressure dressing was applied to the extraoral incisions. At this point, the procedure was then determined to be over.,The patient was extubated and breathing spontaneously, transported to the PACU in excellent condition.

surgery, mandible, endotracheal, leibinger, pacu, oral maxillary facial surgery, maxillofacial, buckle, round bur, lidocaine with epinephrine, surgical steel wire, bilateral mandible fractures, mandible fracture, orif, symphysis, fracture,

Open reduction and internal fixation of left tibia.

Surgery

ORIF - Left Tibia

PREOPERATIVE DIAGNOSIS: , Left tibial tubercle avulsion fracture.,POSTOPERATIVE DIAGNOSIS:, Comminuted left tibial tubercle avulsion fracture with intraarticular extension.,PROCEDURE:, Open reduction and internal fixation of left tibia.,ANESTHESIA: , General. The patient received 10 ml of 0.5% Marcaine local anesthetic.,TOURNIQUET TIME: , 80 minutes.,ESTIMATED BLOOD LOSS:, Minimal.,DRAINS: , One JP drain was placed.,COMPLICATIONS: , No intraoperative complications or specimens. Hardware consisted of two 4-5 K-wires, One 6.5, 60 mm partially threaded cancellous screw and one 45, 60 mm partially threaded cortical screw and 2 washers.,HISTORY AND PHYSICAL:, The patient is a 14-year-old male who reported having knee pain for 1 month. Apparently while he was playing basketball on 12/22/2007 when he had gone up for a jump, he felt a pop in his knee. The patient was seen at an outside facility where he was splinted and subsequently referred to Children's for definitive care. Radiographs confirmed comminuted tibial tubercle avulsion fracture with patella alta. Surgery is recommended to the grandmother and subsequently to the father by phone. Surgery would consist of open reduction and internal fixation with subsequent need for later hardware removal. Risks of surgery include the risks of anesthesia, infection, bleeding, changes on sensation in most of the extremity, hardware failure, need for later hardware removal, failure to restore extensor mechanism tension, and need for postoperative rehab. All questions were answered, and father and grandmother agreed to the above plan.,PROCEDURE: , The patient was taken to the operating and placed supine on the operating table. General anesthesia was then administered. The patient was given Ancef preoperatively. A nonsterile tourniquet was placed on the upper aspect of the patient's left thigh. The patient's extremity was then prepped and draped in the standard surgical fashion. Midline incision was marked on the skin extending from the tibial tubercle proximally and extremities wrapped in Esmarch. Finally, the patient had tourniquet that turned in 75 mmHg. Esmarch was then removed. The incision was then made. The patient had significant tearing of the posterior retinaculum medially with proximal migration of the tibial tubercle which was located in the joint there was a significant comminution and intraarticular involvement. We were able to see the underside of the anterior horn of both medial and lateral meniscus. The intraarticular cartilage was restored using two 45 K-wires. Final position was checked via fluoroscopy and the corners were buried in the cartilage. There was a large free floating metaphyseal piece that included parts of proximal tibial physis. This was placed back in an anatomic location and fixed using a 45 cortical screw with a washer. The avulsed fragment with the patellar tendon was then fixed distally to this area using a 6.5, 60 mm cancellous screw with a washer. The cortical screw did not provide good compression and fixation at this distal fragment. Retinaculum was repaired using 0 Vicryl suture as best as possible. The hematoma was evacuated at the beginning of the case as well as the end. The knee was copiously irrigated with normal saline. The subcutaneous tissue was re-approximated using 2-0 Vicryl and the skin with 4-0 Monocryl. The wound was cleaned, dried, and dressed with Steri-Strips, Xeroform, and 4 x4s. Tourniquet was released at 80 minutes. JP drain was placed on the medium gutter. The extremity was then wrapped in Ace wrap from the proximal thigh down to the toes. The patient was then placed in a knee mobilizer. The patient tolerated the procedure well. Subsequently extubated and taken to the recovery in stable condition.,POSTOP PLAN: ,The patient hospitalized overnight to decrease swelling and as well as manage his pain. He may weightbear as tolerated using knee mobilizer. Postoperative findings relayed to the grandmother. The patient will need subsequent hardware removal. The patient also was given local anesthetic at the end of the case.

surgery, intraarticular extension, tibial tubercle avulsion fracture, tubercle avulsion fracture, jp drain, cortical screw, hardware removal, tibial tubercle, tourniquet, orif, tubercle, tibial,

Hawkins IV talus fracture. Open reduction internal fixation of the talus, medial malleolus osteotomy, and repair of deltoid ligament.

Surgery

ORIF - Talus

PREOPERATIVE DIAGNOSIS:, Hawkins IV talus fracture.,POSTOPERATIVE DIAGNOSIS: , Hawkins IV talus fracture.,PROCEDURE PERFORMED:,1. Open reduction internal fixation of the talus.,2. Medial malleolus osteotomy.,3. Repair of deltoid ligament.,ANESTHESIA: , Spinal.,TOURNIQUET TIME: , 90 min.,BLOOD LOSS:, 50 cc.,The patient is in the semilateral position on the beanbag.,INTRAOPERATIVE FINDINGS:, A comminuted Hawkins IV talus fracture with an incomplete rupture of the deltoid ligament. There was no evidence of osteochondral defects of the talar dome.,HISTORY: ,This is a 50-year-old male who presented to ABCD General Hospital Emergency Department with complaints of left ankle pain and disfigurement. There was no open injury. The patient fell approximately 10 feet off his liner, landing on his left foot. There was evidence of gross deformity of the ankle. An x-ray was performed in the Emergency Room, which revealed a grade IV Hawkins classification talus fracture. He was distal neurovascularly intact. The patient denied any other complaints besides pain in the ankle.,It was for this reason, we elected to undergo the above-named procedure in order to reduce and restore the blood supply to the talus body. Because of its tenuous blood supply, the patient is at risk for avascular necrosis. The patient has agreed to undergo the above-named procedure and consent was obtained. All risks as well as complications were discussed.,PROCEDURE: , The patient was brought back to operative room #4 of ABCD General Hospital on 08/20/03. A spinal anesthetic was administered. A nonsterile tourniquet was placed on the left upper thigh, but not inflated. He was then positioned on the beanbag. The extremity was then prepped and draped in the usual sterile fashion for this procedure. An Esmarch was then used to exsanguinate the extremity and the tourniquet was then inflated to 325 mmHg. At this time, an anteromedial incision was made in order to perform a medial malleolus osteotomy to best localize the fracture region in order to be able to bone graft the comminuted fracture site. At this time, a #15 blade was used to make approximately 10 cm incision over the medial malleolus. This was curved anteromedial along the root of the saphenous vein. The saphenous vein was located. Its tributaries going plantar were cauterized and the vein was retracted anterolaterally. At this time, we identified the medial malleolus. There was evidence of approximately 80% avulsion, rupture of the deltoid ligament off of the medial malleolus. This was a major blood feeder to the medial malleolus and we were concerned, once we were going to do the osteotomy, that this would later create healing problem. It is for this reason that the pedicle, which was attached to the medial malleolus, was left intact. This pedicle was the anterior portion of the deltoid ligament. At this time, a MicroChoice saw was then used to make a box osteotomy of the medial malleolus. Once this was performed, the medial malleolus was retracted anterolaterally with its remaining pedicle intact for later blood supply. This provided us with excellent exposure to the fracture site of the medial side. At this time, any loose comminuted pieces were removed. The dome of the talus was also checked and did not reveal any osteochondral defects. There was some comminution on the dorsal aspect of the complete talus fracture and we were concerned that once we place the screw, this would tend to extend the fracture site. It is for this reason, we did the medial malleolar osteotomy to prevent this from happening in order to best expose the fracture site. At this time, a reduction was performed. The #7-0 partially threaded cannulated screws were used in order to fix the fracture. At this time, a 3.2 mm guidewire was placed going from posterolateral to anteromedial.,This was placed slightly lateral to the Achilles tendon, percutaneously inserted, and then drilled in the according fashion across the fracture site. Once this was performed, a skin knife was then used to incise over the percutaneous insertion in order to accommodate the screw going in. A depth gauze was then used to measure screw length. A cannulated drill was then used to drill across the fracture site to allow the entrance of the screw. A 55 mm partially threaded #7-0 cannulated screw was then placed with excellent compression at the fracture site. Once this was obtained, we checked the reduction again using intraoperative Xi-Scan in the AP and lateral direction. This projection gave us excellent view of our screw placement and excellent compression across the fracture site. At this time, we bone grafted the area of comminution using 1 cc of DynaGraft with crushed cancellous allograft. This was placed using a freer elevator into the fracture site where the comminution was. At this time, we copiously irrigated the wound. The osteotomy site was then repaired, first clamped using two large tenaculum reduction clamps. Two partially threaded #4-0 cannulated screws were then used to fix the osteotomy site and anatomical reduction was performed with excellent compression across the osteotomy site with the two screws. Next, a #1-0 Vicryl was then used to repair the deltoid ligament, which was ruptured via the injury. A tight repair was performed of the deltoid ligament. At this time, again copious irrigation was used to irrigate the wound. A #2-0 Vicryl was then used to approximate the subcutaneous skin and staples for the skin incision. At this time, the leg was cleansed, Adaptic, 4 x 4, and Kerlix roll were then applied. The patient was then placed in a plaster splint for mobilization. The tourniquet was then released. The patient was then transferred off the operating table to recovery in stable condition. The prognosis for this fracture is guarded. There is a high rate of avascular necrosis of the talar body, approximately anywhere from 40-60% risk. The patient is aware of this and he will be followed as an outpatient for this problem.

surgery, deltoid ligament, medial malleolus osteotomy, open reduction internal fixation of the talus, hawkins iv talus fracture, medial malleolus, fracture site, malleolus, talus, medial, fracture, tourniquet, ligament, osteotomy,

Orchiopexy & inguinal herniorrhaphy.

Surgery

Orchiopexy & Herniorrhaphy

OPERATIVE NOTE:, The patient was taken to the operating room and placed in the supine position on the operating room table. The patient was prepped and draped in usual sterile fashion. An incision was made in the groin crease overlying the internal ring. This incision was about 1.5 cm in length. The incision was carried down through the Scarpa's layer to the level of the external oblique. This was opened along the direction of its fibers and carried down along the external spermatic fascia. The cremasteric fascia was then incised and the internal spermatic fascia was grasped and pulled free. A hernia sac was identified and the testicle was located. Next the internal spermatic fascia was incised and the hernia sac was dissected free inside the internal ring. This was performed by incising the transversalis fascia circumferentially. The hernia sac was ligated with a 3-0 silk suture high and divided and was noted to retract into the abdominal cavity. Care was taken not to injure the testicular vessels. Next the abnormal attachments of the testicle were dissected free distally with care not to injure any long loop vas and these were divided beneath the testicle for a fair distance. The lateral attachments tethering the cord vessels were freed from the sidewalls in the retroperitoneum high. This gave excellent length and very adequate length to bring the testicle down into the anterior superior hemiscrotum. The testicle was viable. This was wrapped in a moist sponge.,Next a hemostat was passed down through the inguinal canal down into the scrotum. A small 1 cm incision was made in the anterior superior scrotal wall. Dissection was carried down through the dartos layer. A subdartos pouch was formed with blunt dissection. The hemostat was then pushed against the tissues and this tissue was divided. The hemostat was then passed through the incision. A Crile hemostat was passed back up into the inguinal canal. The distal attachments of the sac were grasped and pulled down without twisting these structures through the incision. The neck was then closed with a 4-0 Vicryl suture that was not too tight, but tight enough to prevent retraction of the testicle. The testicle was then tucked down in its proper orientation into the subdartos pouch and the subcuticular tissue was closed with a running 4-0 chromic and the skin was closed with a running 6-0 subcuticular chromic suture. Benzoin and a Steri-Strip were placed. Next the transversus abdominis arch was reapproximated to the iliopubic tract over the top of the cord vessels to tighten up the ring slightly. This was done with 2 to 3 interrupted 3-0 silk sutures. The external oblique was then closed with interrupted 3-0 silk suture. The Scarpa's layer was closed with a running 4-0 chromic and the skin was then closed with a running 4-0 Vicryl intracuticular stitch. Benzoin and Steri-Strip were applied. The testicle was in good position in the dependent portion of the hemiscrotum and the patient had a caudal block, was awakened, and was returned to the recovery room in stable condition.

surgery, orchiopexy, benzoin, crile hemostat, scarpa's layer, caudal block, cremasteric fascia, groin crease, hemiscrotum, iliopubic tract, inguinal canal, inguinal herniorrhaphy, intracuticular stitch, retroperitoneum, spermatic fascia, testicle, hernia sac, inguinal, incisionNOTE,: Thesetranscribed medical transcription sample reports and examples are provided by various users andare for reference purpose only. MTHelpLine does not certify accuracy and quality of sample reports.These transcribed medical transcription sample reports may include some uncommon or unusual formats;this would be due to the preference of the dictating physician. All names and dates have beenchanged (or removed) to keep confidentiality. Any resemblance of any type of name or date orplace or anything else to real world is purely incidental.

Open reduction and internal fixation of right distal radius fracture - intraarticular four piece fracture and right carpal tunnel release.

Surgery

ORIF - 1

PREOPERATIVE DIAGNOSES:,1. Displaced intraarticular fracture, right distal radius.,2. Right carpal tunnel syndrome.,PREOPERATIVE DIAGNOSES:,1. Displaced intraarticular fracture, right distal radius.,2. Right carpal tunnel syndrome.,OPERATIONS PERFORMED:,1. Open reduction and internal fixation of right distal radius fracture - intraarticular four piece fracture.,2. Right carpal tunnel release.,ANESTHESIA: , General.,CLINICAL SUMMARY: , The patient is a 37-year-old right-hand dominant Hispanic female who sustained a severe fracture to the right wrist approximately one week ago. This was an intraarticular four-part fracture that was displaced dorsally. In addition, the patient previously undergone a carpal tunnel release, but had symptoms of carpal tunnel preop. She is admitted for reconstructive operation. The symptoms of carpal tunnel were present preop and worsened after the injury.,OPERATION:, The patient was brought from the ambulatory care unit and placed on the operating table in a supine position and administered general anesthetic by Anesthesia. Once adequate anesthesia had been obtained, the right upper extremity was prepped and draped in the usual sterile manner. Tourniquet was placed around the right upper extremity. The upper extremity was then elevated and exsanguinated using an Esmarch dressing. The tourniquet was elevated to 250 mmHg. The entire operation was performed with 4.5 loop magnification. At this time an approximately 8 cm longitudinal incision was then made overlying the right flexor carpi radialis tendon from the flexion crease to the wrist proximally. This was carried down to the flexor carpi radialis, which was then retracted ulnarly. The floor of the flexor carpi radialis was then incised exposing the flexor pronator muscles. The flexor pollicis longus was retracted ulnarly and the pronator quadratus was longitudinally incised 1 cm from its origin. It was then elevated off of the fracture site exposing the fracture site, which was dorsally displaced. This was an intraarticular four-part fracture. Under image control, the two volar pieces and dorsal pieces were then carefully manipulated and reduced. Then, 2.06 two-inch K-wires were drilled radial into the volar ulnar fragment and then a second K-wire was then drilled from the dorsal radial to the dorsal ulnar piece. A third K-wire was then drilled from the volar radial to the dorsal ulnar piece. The fracture was then manipulated. The fracture ends were copiously irrigated with normal saline and curetted and then the fracture was reduced in the usual fashion by recreating the defect and distracting it. Further K-wires were then placed through the radial styloid into the proximal fragment. A Hand Innovations DVR plate of regular size for the right wrist was then fashioned over and placed over the distal radius and secured with two K-wires. At this time, the distal screws were then placed. The distal screws were the small screws. These were non-locking screws, all eight screws were placed. They were placed in the usual fashion by drilling with a small drill bit removing the small introducers and then using its depth. Again, these were 18-20 mm screws. After placing three of the screws it was necessary to remove the K-wires. There was excellent reduction of the fragments and the fracture; excellent reduction of the intraarticular component and the fracture. After the distal screws were placed, the fracture was reduced and held in place with K-wires, which were replaced and the proximal screws were drilled with the drill guide and the larger drill bit. The screws were then placed. These were 12 mm screws. They were placed 4 in number. The K-wires were then removed. Finally, a 3 cm intrathenar incision was made beginning 1 cm distal to the flexor crease of the wrist. This was carried down to the transverse carpal ligament, which was divided throughout the length of the incision, upon entering the carpal canal, the median nerve was found to be adherent to the undersurface of the structure. It was dissected free from the structure out to its trifurcation. The motor branches seen entering the thenar fascia and obstructed. The nerve was then retracted dorsally and the patient had a great deal of scar tissue in the area of the volar flexion crease to the wrist where she had a previous incision that extended from the volar flexion crease of the wrist overlying the palmaris longus proximally for 1 cm. In this area, careful dissection was performed in order to move the nerve from the surrounding structures and the most proximal aspect of the transverse carpal ligament, the more proximally located volar carpal ligament was then divided 5 cm into the distal forearm on the ulnar side of the palmaris longus tendon. Incisions were then copiously irrigated with normal saline. Homeostasis was maintained with electrocautery. The pronator quadratus was closed with 3-0 Vicryl and the above skin incisions were closed proximally with 4-0 nylon and palmar incision with 5-0 nylon in the horizontal mattress fashion. A large bulky dressing was then applied with a volar short-arm splint maintaining the wrist in neutral position. The tourniquet was let down. The fingers were immediately pink. The patient was awakened and taken to the recovery room in good condition. There were no operative complications. The patient tolerated the procedure well.

surgery, intraarticular fracture, esmarch, k-wires, open reduction and internal fixation, tourniquet, carpal tunnel release, carpal tunnel syndrome, flexor carpi radialis, flexor pronator muscles, intraarticular, right distal radius, transverse carpal ligament, volar flexion crease, pronator quadratus, flexor carpi, carpi radialis, flexion crease, carpal ligament, carpal tunnel, carpal, volar

Bilateral orchiopexy. This 8-year-old boy has been found to have a left inguinally situated undescended testes. Ultrasound showed metastasis to be high in the left inguinal canal. The right testis is located in the right inguinal canal on ultrasound and apparently ultrasound could not be displaced into the right hemiscrotum.

Surgery

Orchiopexy - Bilateral

PREOPERATIVE DIAGNOSIS: ,Bilateral undescended testes.,POSTOPERATIVE DIAGNOSIS: , Bilateral undescended testes.,OPERATION PERFORMED: , Bilateral orchiopexy.,ANESTHESIA: , General.,HISTORY: , This 8-year-old boy has been found to have a left inguinally situated undescended testes. Ultrasound showed metastasis to be high in the left inguinal canal. The right testis is located in the right inguinal canal on ultrasound and apparently ultrasound could not be displaced into the right hemiscrotum. Both testes appeared to be normal in size for the boy's age.,OPERATIVE FINDINGS: , As above, both testes appeared viable and normal in size, no masses. There is a hernia on the left side. The spermatic cord was quite short on the left and required Prentiss Maneuver to achieve adequate length for scrotal placement.,OPERATIVE PROCEDURE: , The boy was taken to the operating room, where he was placed on the operating table. General anesthesia was administered by Dr. X, after which the boy's lower abdomen and genitalia were prepared with Betadine and draped aseptically. A 0.25% Marcaine was infiltrated subcutaneously in the skin crease in the left groin in the area of the intended incision. An inguinal incision was then made through this area, carried through the subcutaneous tissues to the anterior fascia. External ring was exposed with dissection as well. The fascia was opened in direction of its fibers exposing the testes, which lay high in the canal. The testes were freed with dissection by removing cremasteric and spermatic fascia. The hernia sac was separated from the cord, twisted and suture ligated at the internal ring. Lateral investing bands of the spermatic cords were divided high into the inguinal internal ring. However, this would only allow placement of the testes in the upper scrotum with some tension.,Therefore, the left inguinal canal was incised and the inferior epigastric artery and vein were ligated with #4-0 Vicryl and divided. This maneuver allowed for placement of the testes in the upper scrotum without tension.,A sub dartos pouch was created by separating the abdominal fascia from the scrotal skin after making an incision in the left hemiscrotum in the direction of the vessel. The testes were then brought into the pouch and anchored with interrupted #4-0 Vicryl sutures. The skin was approximated with interrupted #5-0 chromic catgut sutures. Inspection of the spermatic cord in the inguinal area revealed no twisting and the testicular cover was good. Internal oblique muscle was approximated to the shelving edge and Poupart ligament with interrupted #4-0 Vicryl over the spermatic cord and the external oblique fascia was closed with running #4-0 Vicryl suture. Additional 7 mL of Marcaine was infiltrated subfascially and the skin was closed with running #5-0 subcuticular after placing several #4-0 Vicryl approximating sutures in the subcutaneous tissues.,Attention was then turned to the opposite side, where an orchiopexy was performed in a similar fashion. However, on this side, there was no inguinal hernia. The testes were located in a superficial pouch of the inguinal canal and there was adequate length on the spermatic cord, so that the Prentiss maneuver was not required on this side. The sub dartos pouch was created in a similar fashion and the wounds were closed similarly as well.,The inguinal and scrotal incisions were cleansed after completion of the procedure. Steri-Strips and Tegaderm were applied to the inguinal incisions and collodion to the scrotal incision. The child was then awakened and transported to post-anesthetic recovery area apparently in satisfactory condition. Instrument and sponge counts were correct. There were no apparent complications. Estimated blood loss was less than 20 to 30 mL.

surgery, bilateral orchiopexy, bilateral undescended testes, prentiss maneuver, subcutaneous tissues, internal ring, dartos pouch, scrotal incisions, undescended testes, spermatic cord, inguinal canal, testes, inguinally, orchiopexy, undescended, cord, vicryl, ultrasound, spermatic, canal,

Open reduction and internal fixation, high grade Frykman VIII distal radius fracture.

Surgery

ORIF - 2

PREOPERATIVE DIAGNOSIS: , Severely comminuted fracture of the distal radius, left.,POSTOPERATIVE DIAGNOSIS: , Severely comminuted fracture of the distal radius, left.,OPERATIVE PROCEDURE: ,Open reduction and internal fixation, high grade Frykman VIII distal radius fracture.,ANESTHESIA: , General endotracheal.,PREOPERATIVE INDICATIONS: , This is a 52-year-old patient of mine who I have repaired both shoulder rotator cuffs, the most recent one in the calendar year 2007. While he was climbing a ladder recently in the immediate postop stage, he fell suffering the aforementioned heavily comminuted Frykman fracture. This fracture had a fragment that extended in the distal radial ulnar joint, a die-punch fragment in the center of the radius. The ulnar styloid and the radial styloid were off and there were severe dorsal comminutions. He presented to my office the morning of April 3, 2007, having had a left reduction done elsewhere a day ago. The reduction, although adequate, had allowed for the fragments to settle and I discussed with him the severity of the injury on a scale of 1-8, this was essentially an 8. The best results have been either with external fixation or internal fixation, most recently volar plating of a locking variety has been popular, and I felt that this would be appropriate in his case.,Risks and benefits otherwise described were bleeding, infection, need to do operative revise or removal of hardware. He is taking a job out of state in the next couple of months. Hence I felt that even with close followup, this is a particularly difficult fracture as far as the morbidity of the injury proceeds.,OPERATIVE NOTE: , After adequate general endotracheal anesthesia was obtained, one gram of Ancef was given intravenously. The left upper extremity was prepped and draped in supine position with the left hand in the arm table, magnification was used throughout. The time out procedure was done to the satisfaction of all present that this was indeed the appropriate extremity on the appropriate patient. A small C-arm was brought in to help guide the incision which was a volar curvilinear incision that included as part of this due to the fracture blisters eminent compartment syndrome and numbness in fingers. A carpal tunnel release was done with the transverse carpal ligament being protected with a Freer elevator. The usual amount of dissection of the pronator quadratus was necessary to view the distal radial fragment. The pronator quadratus actually grasped several of the fragments itself which had to be dissected free from them, specifically the distal radial ulnar joint and die-punch fragment. At this point, a locking Synthes distal radius plate from the modular handset was selected that had five articular screws as well as five locking shaft screws. The ulnar styloid was not affixed in any portion of this repair. The plate was viewed under the image intensification device, i.e., x-ray and the screws were placed in this order. The most proximal shaft screw was placed to allow the remainder of the plate to form a buttress to then rearrange the fragments around the locking screws and a locking plate having been selected from the volar approach, a locking 12-mm screw through 16-mm screws were placed in the following order. Most proximal on the radial shaft of the plate, then the radial styloid, i.e., the most distal and lateral screw, the next most proximal shaft screw followed by the distal radial ulnar joint screw. Three screws were locking across the die-punch fragment. The remaining two screws were placed into the radial shaft. All of these were locking screws of 2 mm in diameter and as the construct was created, the relative motion of the intra-articular fragment in dorsal comminution all diminished greatly, although the exposure as well as the amount of reduction force used was substantial. The tourniquet time was 1.5 hours. At this point, the tourniquet was let down. The entire construct was irrigated with copious amounts of bacitracin and normal saline. Closure was affected with 0 Vicryl underneath the skin surface followed by 3-0 Prolene in interrupted sutures in the volar wound. Several image intensification x-rays were taken at the conclusion of the case to check screw length. Screw lengths were changed out during the case as needed based on the x-ray findings. The wound was injected with Marcaine, lidocaine, Depo-Medrol, and Kantrex. A very heavily padded fluffy cotton Jones-type dressing was applied with a volar splint. Estimated blood loss was 10 mL. There were no specimens. Tourniquet time was 1.5 hours.

surgery, distal radius, c-arm, depo-medrol, frykman, jones-type dressing, kantrex, marcaine, open reduction and internal fixation, die-punch, intra-articular, lidocaine, pronator quadratus, radial styloid, ulnar styloid, distal radial ulnar joint, radial ulnar joint, distal, screws, orif, fracture, radial

Open reduction internal fixation of the left supracondylar, intercondylar distal femur fracture.

Surgery

ORIF - 3

PREOPERATIVE DIAGNOSIS (ES):, Left supracondylar, intercondylar distal femur fracture.,POSTOPERATIVE DIAGNOSIS (ES):, Left supracondylar, intercondylar distal femur fracture.,PROCEDURE:, Open reduction internal fixation of the left supracondylar, intercondylar distal femur fracture (27513).,OPERATIVE FINDINGS:, He had intercondylar split, and then he had a medial Hoffa fracture. He also had some comminution of the medial femoral condyle which prohibited an anatomic key between the two segments of the medial condyle.,IMPLANTS:, We used 2.4 and 3.5 cortical screws, as well as a LISS Synthes femoral locking plate.,COMPLICATIONS:, None.,IV FLUIDS:, 2000,ANESTHESIA:, General endotracheal.,ESTIMATED BLOOD LOSS:, 40 mL,URINE OUTPUT:, 650,HISTORY: ,This 45-year-old male had a ground-level fall, sustaining this injury. He was admitted for definitive operative fixation. Risks and benefits were discussed, he agreed to go ahead with the procedure.,DESCRIPTION OF THE OPERATION:, The patient was identified in preop holding, then taken to the operating room. Once adequate anesthesia was obtained, his left lower extremity was prepped and draped in a routine sterile fashion. He was given antibiotics. He placed a traction pin through his proximal tibia, and pulled weight off the end of the bed. I made a midline approach and then did the lateral parapatellar arthrotomy. We excised some of the fat pad to give us better visibility into the notch. We excised a good bit of his synovium and synovial pouch. At this time we were able to identify the fracture fragments. Again, there was an intercondylar split and then two free pieces of the medial condyle. The femur fracture was very distal through the metaphysis. At this time we thoroughly cleaned out all the clot between all the fracture fragments and cleaned the cortical margins.,Next we began the reduction. There was no reduction key between the two segments of the Hoffa fracture. Therefore, we reduced the anterior portion of the medial condyle to the lateral condyle, held it with point-of-reduction clamp and K-wires, and then secured it with 2.4 mini fragment lag screws. Next, with this medial anterior piece in place, we had some contour over the notch with which we were able to reduce the posterior medial Hoffa fragment. This gave us a nice notch contour. Again, there was some comminution laterally so that the fracture between the Hoffa segments did not have a perfect key. Once we had it reduced, based on the notch reduction, we then held it with K-wires. We secured it with two 3.5 cortical screws from the lateral condyle into this posterior segment. We then secured it with 2.4 cortical screws from the anterior medial to the posterior medial segment just subchondral. Then, finally, we secured it with a 3.5 cortical screw from the anterior medial to the posterior medial piece. All screws ran between and out of the notch.,With the condyle now well reduced, we reduced it to the metaphysis. We slid a 13-hole LISS plate submuscularly. We checked on AP and lateral views that showed we had good reduction of the fracture and appropriate plate placement. We placed the tip threaded guidewire through the A-hole of the plate jig and got it parallel to the joint. We then clamped the plate down to the bone. Proximally, we made a stab incision for the trocar at the 13-hole position, placed our tip threaded guidewire in the lateral aspect of the femur, checked it on lateral view, and had it in good position.,With the jig in appropriate position and clamped, we then proceeded to fill the distal locking screws to get purchase into the condyles. We then placed multiple unicortical locking screws in the shaft and metaphyseal segment. Our most proximal screw was proximal to the tip of the prosthesis.,At this time we took the jig off and put the final screw into the A-hole of the plate. We then took final C-arm views which showed we had a good reduction on AP and lateral views, the plate was in good position, we had full range of motion of the knee, and good reduction clinically and radiographically. We then pulse lavaged the knee with 3 liters of fluid. We closed the quad tendon and lateral retinaculum with interrupted 0 Vicryl over a Hemovac drain. Subdermal tissue was closed with 2-0 Vicryl, skin with staples. Sterile dressing and a hinged knee brace were applied. The patient was awakened from anesthesia and taken to Recovery in stable condition.,PLAN:,1. Nonweightbearing for 3 months.,2. CPM for 0 to 90 degrees as tolerated.

Right orchiopexy and right inguinal hernia repair.

Surgery

Orchiopexy & Hernia Repair - 1

PREOPERATIVE DIAGNOSIS: , Right undescended testis (ectopic position).,POSTOPERATIVE DIAGNOSES:, Right undescended testis (ectopic position), right inguinal hernia.,PROCEDURES: , Right orchiopexy and right inguinal hernia repair.,ANESTHESIA:, General inhalational anesthetic with caudal block.,FLUIDS RECEIVED: ,100 mL of crystalloids.,ESTIMATED BLOOD LOSS: , Less than 5 mL.,SPECIMENS:, No tissues sent to pathology.,TUBES AND DRAINS: , No tubes or drains were used.,INDICATIONS FOR OPERATION: ,The patient is an almost 4-year-old boy with an undescended testis on the right; plan is for repair.,DESCRIPTION OF OPERATION: ,The patient was taken to the operating room; surgical consent, operative site, and patient identification were verified. Once he was anesthetized, a caudal block was placed. He was then placed in the supine position and sterilely prepped and draped. Since the testis was in the ectopic position, we did an upper curvilinear scrotal incision with a 15-blade knife and further extended it with electrocautery. Electrocautery was also used for hemostasis. A subdartos pouch was then created with a curved tenotomy scissors. The tunica vaginalis was grasped with a curved mosquito clamp and then dissected from its gubernacular attachments. As we were dissecting it, we then found the testis itself into the sac, and we opened the sac, and it was found to be slightly atrophic about 12 mm in length and had a type III epididymal attachment, not being attached to the top. We then dissected the hernia sac off of the testis __________ some traction using the straight Joseph scissors and straight and curved mosquito clamps. Once this was dissected off, we then twisted it upon itself, and then dissected it down towards the external ring, but on traction. We then twisted it upon itself, suture ligated it with 3-0 Vicryl and released it, allowing it to spring back into the canal. Once this was done, we then had adequate length of the testis into the scrotal sac. Using a curved mosquito clamp, we grasped the base of the scrotum internally, and using the subcutaneous tissue, we tacked it to the base of the testis using a 4-0 chromic suture. The testis was then placed into the scrotum in the proper orientation. The upper aspect of the pouch was closed with a pursestring suture of 4-0 chromic. The scrotal skin and dartos were then closed with subcutaneous closure of 4-0 chromic, and Dermabond tissue adhesive was used on the incision. IV Toradol was given. Both testes were well descended in the scrotum at the end of the procedure.

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