Inguinal hernia Surgery - wikipedia Inguinal hernia Surgery Open surgical repair of a right inguinal hernia Inguinal hernia surgery is an operation to repair a weakness in the abdominal wall that abnormally allows abdominal contents to slip into a narrow tube called the inguinal canal in the groin region. Surgery remains the ultimate treatment for all types of hernias as they will not get better on their own, however not all require immediate repair. Elective surgery is offered to most patients taking into account their level of pain, discomfort, degree of disruption in normal activity, as well as their overall level of health. Emergency surgery is typically reserved for patients with life - threatening complications of inguinal hernias such as incarceration and strangulation. Incarceration occurs when intra-abdominal fat or small intestine becomes stuck within the canal and can not slide back into the abdominal cavity either on its own or with manual maneuvers. Left untreated, incarceration may progress to bowel strangulation as a result of restricted blood supply to the trapped segment of small intestine causing that portion to die. Successful outcomes of repair are usually measured via rates of hernia recurrence, pain and subsequent quality of life. Surgical repair of inguinal hernias is one of the most commonly performed operations worldwide and the most commonly performed surgery within the United States. A combined 20 million cases of both inguinal and femoral hernia repair are performed every year around the world with 800,000 cases in the US as of 2003. The UK reports around 70,000 cases performed every year. Groin hernias account for almost 75 % of all abdominal wall hernias with the lifetime risk of an inguinal hernia in men and women being 27 % and 3 % respectively. Men account for nearly 90 % of all repairs performed and have a bimodal incidence of inguinal hernias peaking at 1 year of age and again in those over the age of 40. Although women account for roughly 70 % of femoral hernia repairs, indirect inguinal hernias are still the most common subtype of groin hernia in both males and females. Contents 1 Indications for surgery 1.1 Non-urgent repair 1.2 Urgent repair 2 Contraindications to surgery 3 Surgical approaches 3.1 Open hernia repair 3.1. 1 Open mesh repairs 3.1. 1.1 Lichtenstein technique 3.1. 1.2 Plug and patch technique 3.1. 1.3 Other open mesh repair techniques 3.1. 2 Open non-mesh repairs 3.1. 2.1 Shouldice technique 3.1. 2.2 Bassini technique 3.1. 2.3 Other open non-mesh techniques 3.2 Laparoscopic repair 4 Non-surgical management 5 Complications and prognosis 5.1 Post-herniorraphy pain syndrome 5.2 Mortality rates 6 Follow - up 7 Prevention and screening 8 References Indications for Surgery Society guidelines recommend that indications for surgery take into account the severity of symptoms, the type of hernia, previous surgeries, hernia size, bowel incarceration ( bowel can no longer return to the abdomen ) and the overall general health of the person. Non-urgent repair Elective surgery is planned in order to help relieve symptoms, respect the person 's preference, and prevent future complications that may require emergency surgery. Surgery is offered to the majority of people who : have symptoms that interfere with their normal level of activity. have hernias that become increasingly difficult to reduce. are female as it is often difficult to classify the subtype of hernia based on an exam alone. Symptomatic hernias tend to cause pain or discomfort within the groin region that may increase with exertion and improve with rest. A swollen scrotum within males may coincide with persistent feelings of heaviness or generalized lower abdominal discomfort. The sensation of groin pressure tends to be most prominent at the end of the day as well as after strenuous activities. Changes in sensation may be experienced along the scrotum and inner thigh. Urgent repair A hernia in which the small intestine has become incarcerated or strangulated constitutes a surgical emergency. Symptoms include : 1 fever 2 nausea and vomiting 3 extreme pain in the area of the hernia 4 warm hernia bulge with surrounding skin redness 5 can no longer pass gas or stool Surgical repair within 6 hours of the above symptoms may be able to save the strangulated portion of intestine. Contraindications to Surgery The person with the hernia should be given an opportunity to participate in the shared decision - making with their physicians as almost all procedures carry significant risks. The benefits of inguinal hernia repair can become overshadowed by risks such that elective repair is no longer in a person 's best interest. Such cases include : People with unstable medical conditions Repair using mesh is withheld if a person has an active infection within the groin or within the blood stream Elective repair is delayed in pregnant women until 4 weeks after delivery Additionally, certain medical conditions can prevent people from being candidates for laparoscopic approaches to repair. Examples of such include : People who are unable to undergo general anesthesia Prior major open abdominal surgery People who have ascites Previous radiation therapy to the pelvis A complex hernia Surgical approaches Techniques to repair inguinal hernias fall into two broad categories termed `` open '' and `` laparoscopic ''. Surgeons tailor their approach to by taking into account factors such as their own experience with either techniques, the features of the hernia itself, and the person 's anesthetic needs. The cost associated with either approach varies widely across regions. As an example the UK 's NHS spends £ 56 million a year in repairing inguinal hernias 96 % of which were repaired via the open mesh approach while only 4 % were done laparoscopically. Updated guidelines published by the International Endohernia Society cast doubt on the comprehensiveness of cost comparison studies due in part to the complexity inherent in calculating costs across institutions. The IES asserts that hospital and societal costs are in fact lower for laparoscopic repairs as compared to open approaches. They recommend the routine use of reusable instruments as well as improving the proficiency of surgeons to help further decrease costs as well as time spent in the OR. Open hernia repair All techniques involve an approximate 10 - cm incision in the groin. Once exposed, the hernia sac is returned to the abdominal cavity or excised and the abdominal wall is very often reinforced with mesh. There are many techniques that do not utilize mesh and have their own situations where they are preferable. Open repairs are classified via whether prosthetic mesh is utilized or whether the patient 's own tissue is used to repair the weakness. Prosthetic repairs enable surgeons to repair a hernia without causing undue tension in the surrounding tissues while reinforcing the abdominal wall. Repairs with undue tension have been shown to increase the likelihood that the hernia will recur. Repairs not using prosthetic mesh are preferable options in patients with an above - average risk of infection such as cases where the bowel has become strangulated ( blood supply lost due to constriction ). One large benefit of this approach lies in its ability to tailor anesthesia to a person 's needs. People can be administered local anesthesia, a spinal block, as well as general anesthesia. Local anesthesia has been shown to cause less pain after surgery, shorten operating times, shorten recovery times as well as decrease the need to return to the hospital. However, people who undergo general anesthesia tend to be able to go home faster and experience fewer complications. The European Hernia Society recommends the use of local anesthesia particularly for people with ongoing medical conditions. Open mesh repairs Polypropylene mesh used for inguinal hernia surgery Inguinal Hernia Patch. Animation in the reference. Repairs that utilize mesh are usually the first recommendation for the vast majority of patients including those that undergo laparoscopic repair. Procedures that employ mesh are the most commonly performed as they have been able to demonstrate greater results as compared to non-mesh repairs. Approaches utilizing mesh have been able to demonstrate faster return to usual activity, lower rates of persistent pain, shorter hospital stays, and a lower likelihood that the hernia will recur. Options for mesh include either synthetic or biologic. Synthetic mesh provides the option of using `` heavyweight '' as well as `` lightweight '' variations according to the diameter and number of mesh fibers. Lightweight mesh has been shown to have fewer complications related to the mesh itself than it 's heavyweight counterparts. It was additionally correlated with lower rates of chronic pain while sharing the same rates of hernia recurrence as compared to heavyweight options. This has led to the adoption of lightweight mesh for minimizing the chance of chronic pain after surgery. Biologic mesh is indicated in cases where the risk of infection is a major concern such as cases in which the bowel has become strangulated. They tend to have lower tensile strength than their synthetic counterparts lending them to higher rates of mesh rupture. Biomeshes are increasingly popular since their first use in 1999 and their subsequent introduction on the market in 2003. Some meshes have a price comparable to the high end of synthetic meshes, the cheapest ( $500 ) being Surgisis - Biodesign, manufactured by Cook Group, made from the extra cellular matrix of pig small intestinal submucosa. Currently, there exists one synthetic totally absorbable mesh, Tigr Matrix, manufactured by Novus Scientific, on the US market ( 510 ( k ) Food and Drug Administration clearance ) since 2010 and on the EU market since 2011. It only has one 3 - year pre-clinical evidence on sheep. Meshes made of mosquito net cloth, in copolymer of polyethylene and polypropylene have been used for low - income patients in rural India and Ghana. Each piece costs $0.01, 3700 times cheaper than an equivalent commercial mesh. They give results identical to commercial meshes in terms of infection and recurrence rate at 5 years. Lichtenstein technique The Lichtenstein tension - free repair has persisted as one of the most commonly performed procedures in the world. The European Hernia Society recommends that in cases where an open approach is indicated, the Lichtenstein technique be utilized as the preferred method. Recent studies have indicated that mesh attachment with the use of adhesive glue is faster and less likely to cause post-op pain as compared to attachment via suture material. Plug and patch technique The plug and patch tension - free technique has fallen out of favor due to higher rates of mesh shift along with its tendency to irritate surrounding tissue. This has led to the European Hernia Society recommending that the technique not be used in most cases. Other open mesh repair techniques A variety of other tension - free techniques have been developed and include : Prolene mesh system ( PHS ) Kugel ( preperitoneal repair ) Stoppa Trabucco ( Hertra mesh ) Wantz Rutkow / Robbins Open non-mesh repairs Techniques in which mesh is not used are referred to as tissue repair technique, suture technique, and tension technique. All involve bringing together the tissue with sutures and are a viable alternative when mesh placement is contraindicated. Such situations are most commonly due to concerns of contamination in cases where there are infections of the groin, strangulation or perforation of the bowel. Shouldice technique The Shouldice technique is the most effective non-mesh repair thus making it one of the most commonly utilized methods. Numerous studies have been able to validate the conclusion that patients have lower rates of hernia recurrence with the Shouldice technique as compared to other non-mesh repair techniques. However this method frequently experiences longer procedure times and length of hospital stay. Despite being the superior non-mesh technique, the Shouldice method results much higher rates of hernia recurrence in patients when compared to repairs that utilize mesh. Bassini technique, first suture. 1. Aponeurosis musculi obliq. ext. ; 2. Musculus obliquus internus ; 3. Musculus transversalis ; 4. Fascia transversalis ; 5. Peritoneum ; 6. Ligamentum inguinale. Bassini technique The first efficient inguinal hernia repair was described by Edoardo Bassini in the 1880s. In the Bassini technique, the conjoint tendon ( formed by the distal ends of the transversus abdominis and internal oblique muscles ) is approximated to the inguinal ligament and closed. Other open non-mesh techniques The Shouldice technique was itself an evolution of prior techniques that had greatly advanced the field of inguinal hernia surgery. Such classic open non-mesh repairs include : McVay technique Halsted Maloney darn Plication darn Desarda technique A 1 -- 2 cm strip of the external oblique aponeurosis is stitched below to the inguinal ligament and above to the muscle arch without disturbing its continuity at either end. ( 2 ) This gives immediate protection so no restrictions on activities is required. This is a very simple mesh free and tension free repair based on the physiological principle with very low recurrences and complications. Laparoscopic repair Port sites for inguinal hernia repair Intraoperative view by TEP Operation. 1. Genital ramus of genitofemoral nerve. 2. Preperitoneal lipom and spermatic cord. There are two main methods of laparoscopic repair : transabdominal preperitoneal ( TAPP ) and totally extra-peritoneal ( TEP ) repair. When performed by a surgeon experienced in hernia repair, laparoscopic repair causes fewer complications than Lichtenstein, particularly less chronic pain. However, if the surgeon is experienced in general laparoscopic surgery but not in the specific subject of laparoscopic hernia surgery, laparoscopic repair is not advised as it causes more recurrence risk than Lichtenstein while also presenting risks of serious complications, as organ injury. Indeed, the TAPP approach needs to go through the abdomen. All that said, many surgeons are moving to laparoscopic methodologies as they cause smaller incisions, resulting in less bleeding, less infection, faster recovery, reduced hospitalization, and reduced chronic pain. Laparoscopic mesh surgery, as compared to open mesh surgery Advantages Disadvantages Quicker recovery Less pain during first days Fewer postoperative complications such as infections, bleeding and seromas Less risk of chronic pain Needs surgeon highly experienced ( > 200 operations / year ) in inguinal hernia repairs Longer operating time Increased recurrence of primary hernias if surgeon not experienced enough Recurrence rates are identical when laparoscopy is performed by an experienced surgeon. When performed by a surgeon less experienced in inguinal hernia lap repair, recurrence is larger than after Lichtenstein. Non-surgical Management Studies have demonstrated that men whose hernias cause little to no symptoms can safely continue to delay surgery until a time that is most convenient for patients and their healthcare team. Research shows that the risk of inguinal hernia complications remains under 1 % within the population. Watchful waiting requires that patients maintain a close follow - up schedule with providers to monitor the course of their hernia for any changes in symptoms and can be safely offered for up to 2 years. Patients who do elect watchful waiting eventually undergo repair within five years as 25 % will experience a progression of symptoms such as worsening of pain. Elective repair discussions should be revisited if patient 's begin to avoid aspects of their normal routine due to their hernia. After 1 year it is estimated that 16 % of patients who initially opted for watchful waiting will eventually undergo surgery. Furthermore, 54 % and 72 % will undergo repair at 5 - year and 7.5 - year marks respectively. The use of a truss is an additional non-surgical option for men. It resembles a jock - strap that utilizes a pad to exert pressure at the site of the hernia in order prevent excursion of the hernia sack. It has little evidence to support its routine use and has not been shown to prevent complications such as incarceration ( bowel can no longer slide back into abdomen ) or strangulation of bowel ( constriction causing loss of blood supply ). However some patients do report a soothing of symptoms when utilized. Complications and prognosis Inguinal hernia repair complications are unusual, and the procedure as a whole proves to be relatively safe for the majority of patients. Risks inherent in almost all surgical procedures include : bleeding infection fluid collections damage to surrounding structures such as blood vessels, nerves, or the bladder urinary retention requiring a catheter Risks that are specific to inguinal hernia repairs include such things as : recurrence of the hernia impairment of sexual activity, such as genital or ejaculatory pain in males, injury to the tube that conveys sperm from the testicle to the penis in males, bruising and swelling of the scrotum chronic regional pain ( also known as post-herniorrhaphy inguinodynia, or chronic postoperative inguinal pain ) Post-herniorraphy pain syndrome Post-herniorrhaphy inguinodynia is a condition where 10 - 12 % of patients experience severe pain after inguinal hernia repair, due to a complex combination of different forms of pain signals. It can occur with any inguinal hernia repair technique, and if unresponsive to pain medications, further surgical intervention is often required. Removal of the implanted mesh, in combination with bisection of regional nerves, is commonly performed to address such cases. There remains ongoing discussion amongst surgeons regarding the utility of planned resections of regional nerves as an attempt to prevent its occurrence. Mortality rates Mortality rates for non-urgent, elective procedures was demonstrated as 0.1 %, and around 3 % for procedures performed urgently. Other than urgent repair, risk factors that were also associated with increased mortality included being female, requiring a femoral hernia repair, and older age. Follow - up Upon awakening from anesthesia, patients are monitored for their ability to drink fluids, produce urine, as well as their ability to walk after surgery. Most patients are then able to return home once those conditions are met. It is not uncommon for patients to experience residual soreness for a couple of days after surgery. Patients are encouraged to make strong efforts in getting up and walking around the day after surgery. Most patients can resume their normal routine of daily living within the week such as driving, showering, light lifting, as well as sexual activity. Long work absences are rarely necessary and length of sick days tend to be dictated by respective employment policies. In general, it is not recommended to administer antibiotics as prophylaxis after elective inguinal hernia repair. However, the rate of wound infection determines the appropriate use of the antibiotics. Post-op development of any of the following should warrant timely reporting via phone : fever greater than 39C / 101F progressive swelling of the surgical site severe pain recurring nausea or vomiting worsening redness around incisions drainage of pus from incisions difficulty or lack of producing urine new - onset shortness of breath Prevention and screening Most indirect inguinal hernias in the abdominal wall are not preventable. Direct inguinal hernias may be able to be prevented by maintaining a healthy weight, refraining from smoking, preventing straining during bowel movements, and maintaining proper lifting techniques when heavy lifting. There is no evidence that indicates physicians should routinely screen for asymptomatic inguinal hernias during patient visits. References ^ Jump up to : Hewitt, D. Brock ( 2017 - 06 - 27 ). `` Groin Hernia ''. JAMA. 317 ( 24 ). doi : 10.1001 / jama. 2017.1556. 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Surgical procedures involving the digestive system ( ICD - 9 - CM V3 42 -- 54, ICD - 10 - PCS 0D ) Digestive tract Upper GI tract SGs / Esophagus Esophagectomy Heller myotomy Sialography Impedance -- pH monitoring Esophageal pH monitoring Esophageal motility study Stomach Bariatric surgery Adjustable gastric band Gastric bypass surgery Sleeve gastrectomy Vertical banded gastroplasty surgery Collis gastroplasty Gastrectomy Billroth I Billroth II Roux - en - Y Gastroenterostomy Gastropexy Gastrostomy Percutaneous endoscopic gastrostomy Hill repair Nissen fundoplication Pyloromyotomy Medical imaging Endoscopy : Esophagogastroduodenoscopy Barium swallow Upper gastrointestinal series Lower GI tract Small bowel Bariatric surgery Duodenal switch Jejunoileal bypass Bowel resection Ileostomy Intestine transplantation Jejunostomy Partial ileal bypass surgery Strictureplasty Large bowel Appendicectomy Colectomy Colonic polypectomy Colostomy Hartmann 's operation Rectum Abdominoperineal resection / Miles operation Lower anterior resection Total mesorectal excision Anal canal Anal sphincterotomy Anorectal manometry Lateral internal sphincterotomy Rubber band ligation Transanal hemorrhoidal dearterialization Medical imaging Endoscopy : Colonoscopy Anoscopy Capsule endoscopy Enteroscopy Proctoscopy Sigmoidoscopy Abdominal ultrasonography Defecography Double - contrast barium enema Endoanal ultrasound Enteroclysis Lower gastrointestinal series Small - bowel follow - through Transrectal ultrasonography Virtual colonoscopy Stool tests Fecal fat test Fecal pH test Stool guaiac test Accessory Liver Artificial extracorporeal liver support Bioartificial liver devices Liver dialysis Hepatectomy Liver biopsy Liver transplantation Portal hypertension Transjugular intrahepatic portosystemic shunt ( TIPS ) Distal splenorenal shunt procedure Gallbladder, bile duct Cholecystectomy Cholecystostomy ERCP Hepatoportoenterostomy Medical imaging : Cholangiography IV MRCP PTC Cholecystography Cholescintigraphy Pancreas Frey 's procedure Pancreas transplantation Pancreatectomy Pancreaticoduodenectomy Puestow procedure Abdominopelvic Peritoneum Diagnostic peritoneal lavage Intraperitoneal injection Laparoscopy Omentopexy Paracentesis Peritoneal dialysis Hernia Hernia repair : Inguinal hernia surgery Femoral hernia repair Other Laparotomy Exploratory laparotomy Rapid urease test / Urea breath test CPRs MELD PELD UKELD Child -- Pugh score Ranson criteria Milan criteria Retrieved from `` https://en.wikipedia.org/w/index.php?title=Inguinal_hernia_surgery&oldid=841860294 '' Categories : Inguinal hernias Abdominal surgical procedures Digestive system surgery Hidden categories : All articles lacking reliable references Articles lacking reliable references from January 2012 Articles needing more detailed references Wikipedia articles needing page number citations from January 2012 CS1 maint : Multiple names : authors list All articles with unsourced statements Articles with unsourced statements from December 2017 Articles with unsourced statements from October 2015 Talk Contents About Wikipedia Español فارسی Français Italiano Edit links This page was last edited on 18 May 2018, at 15 : 05 ( UTC ). 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Question: where is mesh placed in inguinal hernia repair
Answer: abdominal wall