Abstract:
The invention disclosed herein provides a system and method for diagnosing lower urinary system conditions by receiving urodynamic data and subjective symptomatic impressions concerning a patient. The system and method then assigns weighted point values to the urodynamic data, for example, urethal pressure profiles due to sphincter contraction conditions such as urgency ( 2 ) and stress incontinence ( 4 ), and the subjective symptomatic impressions, quantifies norms for lower urinary system function, as a whole or in part, and quantifies recognized pathologies of lower urinary system conditions as degrees of departure from the norms. The system and method then determines a lower urinary system condition diagnosis of the patient, as a function of the degrees of departure from the norms, by invoking a set of rules to compare the weighted point values assigned and the quantified norms. The invention then reports the lower urinary system condition diagnosis, treatment recommendation, or further diagnostic suggestions.

Description:
CROSS REFERENCE TO RELATED APPLICATIONS 
   This application claims priority to U.S. provisional application No. 60/232,280 entitled “Method for Diagnosis of Lower Urinary Tract Dysregulation and Related Conditions,” filed 13 Sep. 2000 (the &#39;280 application). The &#39;280 application is hereby incorporated by reference as though fully set forth herein. This application is a national stage filing pursuant to 35 U.S.C. § 371(c) of international application no. PCT/US2001/028509 filed 13 Sep. 2001 entitled “Diagnosis of lower urinary tract dysregulation.” 

   BACKGROUND OF THE INVENTION 
   1. Field of the Invention 
   The present invention relates to a diagnostic system for lower urinary tract dysregulation and related conditions. The invention specifically concerns the provision of diagnoses and recommended treatments of lower urinary tract dysregulation and related disorders through the computerized comparison and interpretation of urethral pressure profiles and other lower urinary tract data. 
   2. Description of the Related Art 
   Over the past decade, the urethral pressure profile (UPP) has become less popular as a diagnostic tool for urinary incontinence. There are several publications that have noted very poor correlation between the diagnosis of incontinence and peak urethral pressures. Some of these papers are, for example, G. Lose,  Urethral Pressure Measurement,  166 Acta. Obstet. Gynecol. Scand. Suppl. 39 (1997); S. Meyer, et al.,  Urodynamic Parameters in Patients with Slight and Severe Genuine Stress Incontinence: Is the Stress Profile Useful?,  13(1) Neurourol. Urodyn. 21 (1994); E. Versi,  Discriminant Analysis of Urethral Pressure Profilometry Data for the Diagnosis of Genuine Stress Incontinence,  97(3) Br. J. Obstet. Gynaecol. 251 (1990); M. C. de Jong, et al.,  The Static Urethral Pressure Profile in Female Incontinence: A Comparison Between Sphincter and Detrusor Incontinence,  78 Prog. Clin. Biol. Res. 231 (1981). The conclusion of these authors has been that measurements obtained through a UPP add little value to the work-up of an incontinent patient. On the other hand, many published articles reference and document the phenomenon of urethral instability. The role of urethral instability, unlike detrusor instability, however, has remained undefined both in terms of its contribution to symptoms and defining an approach to treatment. 
   SUMMARY OF THE INVENTION 
   Contrary to the negative press on use of the UPP, the performance of a UPP in combination with further measurements of urethral instability provides a valuable tool for diagnosing and treating urinary incontinence. Further, quantifying the objective results of these tests along with subjective patient feedback allows for comparison of results with known norms or a known body of data to return a probable diagnosis and appropriate treatment. Base upon the known norms, or, in particular applications, once the collected data has reached the point at which a quantifiable scale can be developed, a processing means, such as a computer with an appropriate software program, may be used to reliably and consistently compare individual patient data with stored parameters and, by calculation, render a diagnostic opinion. This opinion may be weighted to provide a guide to the urgency of care and appropriate treatments. Further, if the system is used to collect data during and after treatment, the system can eventually provide prognosis information to clinicians. 
   Incontinence can result from anatomical failure of either the bladder (e.g., poor compliance) or the urethra (e.g., radiation or iatrogenic injury of the sphincter). Similarly, incontinence can result from behavioral dysfunction of either the bladder (instability) or the urethral sphincter (e.g., weakness, dynamic failure, spasticity, reflex relaxation, or triggered voids). It is important to design the urodynamic evaluation to identify and separate anatomical causes from behavioral at either or both the bladder and sphincter levels. It also makes sense to treat behavioral dysfunction prior to the anatomical failure for the simple reason that the former responds to less risky therapies, medication, and modulation principles. These therapies are also far less expensive than surgical solutions. Surgical options, given their risk for failure and cost, should preferably be explored only after behavioral approaches have successfully modulated the excitability within the sacral root reflexes. Only in this manner can treatment of incontinence address the full scope of the problem. 
   Traditionally, the causes of urinary incontinence are classified as either urge, stress, or a mixture of the two. However, there is no system in place to measure the relative proportions these causes play in particular circumstances of incontinence. On a simple level, these classifications refer to either detrusor instability or weakness of the urethral sphincter. Treatment based on this approach becomes a simple choice between an anticholinergic for the detrusor instability and bladder suspension for all other problems. This would indicate that, with the exception of detrusor instability, all other causes of incontinence are rooted in an anatomical deficiency rather than, for example, in neural dysregulation. Further, because there is no strong understanding of the proportional mixture of the causes of the problem, there is no clear direction as to what combination of treatment approaches to consider. 
   The problem with the weakness theory is that there is no correlation between peak urethral pressures and leakage. This is not surprising, as behavior rarely correlates in absolute terms with anatomical appearance. Hence, patients can be in retention with a urethral pressure of 20 cm-H 2 O, or leaking with a urethral pressure of 90 cm-H 2 O. Likewise, patients can be in retention with a secondary cystocele, or leaking in the absence of significant cystocele. The explanation for these seemingly incongruous situations may be found by studying and recording the behavior of the storage reflexes. 
   In contrast, the present system of incontinence classification as Type I, II, or III cannot account for these paradoxes. It is important that the stability, excitability, trigger threshold, relaxation, and other elements of storage reflexes be factored into the diagnosis and treatment of urinary incontinence. Recording the peak urethral pressures, i.e., a snapshot reading of urethral closure, provides no information regarding the behavior of the urethral sphincter; i.e., the stability of those pressures. 
   There are two types of information needed by the clinician: first, does the sphincter have competence or sufficient closure capability to maintain continence; and second, does the sphincter have the neurological competence to function in a predictable manner without pain or irritation. On one level the clinician requires information about anatomical resistance. On another level, however, information is needed as to the state of excitability within the sphincter. 
   The urethral sphincter is a dynamic muscle. Activity within the sphincter must adapt to different activity states: storage vs. evacuation; changing levels of bladder fullness; multiple postures; and a variety of states of physical activity, for example, sitting, standing, walking, and running. Sphincter activity is also connected with states of anxiety and stress. A sphincter that is reactive, behaviorally brittle, prone to precipitate relaxation, or unstable, is more likely than not to exhibit higher pressures on the standard UPP. An exaggerated response to moving a catheter through the urethra is to be expected if the urethral sphincter is hypersensitive or slightly spastic. Precipitous relaxation of the urethra may or may not be associated with disinhibition of the detrusor or facilitation of a detrusor contraction. Leakage episodes may be present in any of these circumstances. Evaluation of a single parameter, e.g., peak closure pressure, is therefore a very narrow snapshot of the urethral dynamic. 
   However, a UPP performed in the manner described herein, provides a more complete picture of the factors contributing to incontinence. Further, the various states and measurements recorded, when quantified, provide a valuable tool in the evaluation of the incontinent patient. The present invention employs a computer interface to implement a quantification scheme, calculate values associated with different diagnostic factors, and return a likely diagnosis and treatment program for urethral incontinence. The program may be implemented on a stand-alone desktop computer, personal digital assistants, over local or wide area networks, or a global computer network such as the Internet, including the World Wide Web portion of the Internet. 
   A combination of objective information from the UPP, physical evaluation, patient history, and subjective symptomatic information as described by the patient is entered by the clinician into the program. The program assigns numeric values or scores to the information. The numeric values are based upon known norms and/or databases of collected patient profiles of known pathology for which discrete signs and symptoms have been cataloged, classified, and accorded numeric valuation schemes. Through a comparison of the numeric values, assigned to a particular patient&#39;s presentation, to parameters established in the program based upon norms and collective patient data, a pathological profile is generated and cross referenced to the attendant diagnoses and treatments. 
   The proffered diagnosis and related treatment recommendations may be available to the clinician through the computer&#39;s graphic, textual, or other interface, or they may be downloaded to a file from a network or over the Internet, or printed to be included in the patient&#39;s paper record. The computer diagnostic program may likewise be stored on a server for network access by multiple clinicians or it may employ an HTML interface for access over the World Wide Web. In the disclosed embodiment, the computer program is created using a standard database software package employing Boolean logic. However, any programming language or software/hardware platforms may be substituted. 
   Use of a database software program for programming the computer diagnostic system allows for the retention of specific patient information for subsequent review or archiving. In addition, the database embodiment allows for categorized searching of patients in the database with similar profiles for researching conditional norms and for generating statistical summaries. Statistical reporting is highly valuable for tracking the effectiveness of treatment alternatives, such as surgical procedures or drug trials. 
   The invention disclosed herein provides a method for diagnosing lower urinary system conditions by receiving urodynamic data and subjective symptomatic impressions concerning a patient. The method then assigns weighted point values to the urodynamic data and the subjective symptomatic impressions, quantifies norms for lower urinary system function, as a whole or in part, and quantifies recognized pathologies of lower urinary system conditions as degrees of departure from the norms. The method then determines a lower urinary system condition diagnosis of the patient, as a function of the degrees of departure from the norms by invoking a set of rules to compare the weighted point values assigned and the quantified norms. The method then reports the lower urinary system condition diagnosis, treatment recommendation, or further diagnostic suggestions. The method may add additional types of diagnostic data to the calculations, for example, ultrasound data showing prostate size, or other data that may be related to lower urinary tract dysregulation. Such other data may be related to, for example, reproductive systems, gastro-intestinal systems, or conditions such as TMJ, carpal tunnel syndrome, fibromyalgia, or other syndromes with established neurological linkages to the lower urinary system. The method may base its norms on averages of a plurality of patient data collected over time. 
   The method may also provide a treatment ladder in step with the severity level. Such a treatment ladder can be established once a significant base of both pre- and post-treatment data is available. By comparison of patient conditions before and after treatment, the efficacy of treatments for particular severities of conditions can be offered as a ladder of treatments with an appropriate efficacy-to-risk ratio as related to the particular condition. One particular treatment ladder might include control of the condition by medication on one end, to electrical stimulation, to neurotoxins, to insertable devices, and to reconstructive surgery on the other end. The method may further provide for determining the efficacy of treatment trials, or merely the efficacy of the treatment of a particular patient. 
   Once a significant database is developed, the program will be able to select an appropriate battery of tests or treatments narrowly focused to the condition of the patient. The program will help prevent unnecessarily invasive tests or treatments. Further, additional types of testing beyond, for example, the urethral pressure profile, may be tracked alongside the diagnostic tools discussed herein to determine whether these tests offer any efficacy in diagnosis with less invasiveness. For example, perhaps functional MRI or pelvic floor x-ray data may one day be used with as much accuracy to diagnose prostate problems. By tracking the results of such testing along with the known results provided by the instant program, quantification of any additional diagnostic capabilities of these tests can be determined. 
   In another aspect of the invention, a system for diagnosing lower urinary system conditions is provided that combines a system input, a memory, a processor, and a system output. The system input receives urodynamic data and subjective symptomatic impressions concerning a patient. The memory stores norms of lower urinary system function, as a whole or in part quantified as numeric scores; degrees of departure from the norms, which quantify recognized pathologies of lower urinary system conditions; and a set of rules for processing the urodynamic data, the subjective symptomatic impressions, the norms, and the degrees of departure. The processor, using the set of rules, determines a urinary system condition diagnosis of the patient by assigning the weighted point values to the urodynamic data and the subjective symptomatic impressions and, as a function of the degrees of departure from the norms, compares the weighted point values to the numeric scores. Finally, the system output reports the lower urinary system condition diagnosis determined. 
   In yet another aspect of the invention, a computer program product, for example, computer software with program code, is provided that accepts input of urodynamic data and subjective symptomatic impressions concerning a patient. This input can be local to the computer or over a communication network from a client machine. The program code may effect an assignment of weighted point values to the urodynamic data and the subjective symptomatic impressions, a quantification of at least norms for lower urinary system function, as a whole or in part, and quantification of recognized pathologies of lower urinary system conditions, as degrees of departure from norms. The program code may also cause the computer to effect a determination of a lower urinary system condition diagnosis of the patient, as a function of the degrees of departure from the norms by invoking a set of rules to compare the weighted point values assigned to the norms. The program code may direct the results to be output by the computer locally or over the network to be received by the client machine. 
   In a further aspect of the invention, a communicative grading system for lower urinary system conditions is provided. The grading system is classified in terms of urethra characteristics and bladder characteristics, wherein the urethra characteristics and the bladder characteristics are measured in levels of the qualities of tone, reflex excitability, and sensation. 

   
     BRIEF DESCRIPTION OF THE DRAWINGS 
       FIG. 1  is a portion of a database field chart depicting fields related to patient background information. 
       FIGS. 2A-2C  comprise a portion of a database field chart depicting fields related to urethral dynamics and measurements. 
       FIG. 3  is a portion of a database field chart depicting fields related to a summary score for a urethral profile. 
       FIG. 4  is a portion of a database field chart depicting fields related to a summary score for urethral dysfunction. 
       FIG. 5  is a portion of a database field chart depicting fields related to a summary score for urethral obstruction. 
       FIG. 6  is a portion of a database field chart depicting fields related to a summary score for urethral stress leak risk. 
       FIG. 7  is a portion of a database field chart depicting fields related to bladder capacity measurements, specifically spontaneous reflex excitability. 
       FIG. 8  is a portion of a database field chart depicting fields related to bladder capacity measurements, specifically volitional reflex excitability. 
       FIG. 9  is a portion of a database field chart depicting fields related to bladder capacity measurements, specifically subjective assessments of reflex excitability. 
       FIGS. 10A and 10B  comprise a portion of a database field chart depicting fields related to bladder sensation measurements and dynamics. 
       FIG. 11  is a portion of a database field chart depicting fields related to bladder compliance measurements and dynamics. 
       FIG. 12  is a portion of a database field chart depicting fields related to a summary score for bladder abnormality. 
       FIG. 13  is a portion of a database field chart depicting fields related to summary scoring for bladder reflex excitability. 
       FIG. 14  is a portion of a database field chart depicting fields related to summary scoring for bladder compliance. 
       FIGS. 15A and 15B  comprise a portion of a database field chart depicting fields related to objective flow rate measurements and scores. 
       FIG. 16  is a portion of a database field chart depicting fields related to subjective flow rate measurements and scores. 
       FIG. 17  is a portion of a database field chart depicting fields related to summary scoring for flow rate measurements. 
       FIG. 18  is a representation of the recordings taken using an urodynamic methodology. 
       FIG. 19  is a urethral pressure profile graph depicting indicators of storage and transition failures. 
       FIG. 20  is a urethral pressure profile graph depicting the phases of void control. 
       FIG. 21  is a urethral pressure profile graph depicting indicators of storage regulation failure. 
       FIG. 22  is a representation of multiple symptoms of storage regulation failure. 
       FIG. 23  is a representation of multiple methods of measuring of sphincter excitability and degrees thereof. 
       FIG. 24  is a representation of multiple types of urethral pressure profile patterns. 
       FIG. 25  is a depiction of possible dysfunctional urethral pressure profile patterns. 
       FIG. 26  is a depiction of possible obstructive urethral pressure profile patterns. 
       FIG. 27  is a depiction of possible strictured urethral pressure profile patterns. 
       FIG. 28  is a representation of elements to be measured, observed, and scored in a cystometrogram. 
       FIG. 29  is a representation of elements considered in scoring cystometrogram characteristics of contractility. 
       FIG. 30  is a representation of elements considered in scoring the cystometrogram characteristics of void onset. 
       FIG. 31  is a representation of elements considered in scoring the cystometrogram characteristics of void triggers. 
       FIG. 32  is a representation of elements considered in scoring cystometrogram characteristics of sensation. 
       FIG. 33  is a representation of elements considered in scoring cystometrogram characteristics of compliance. 
       FIG. 34  is a representation of general categories considered in scoring flow related data. 
       FIG. 35  is a representation of the traditional parameters considered in scoring flow related data. 
       FIG. 36  is a depiction of qualifiers impacting the analysis of flow patterns. 
       FIG. 37  is a representation of possible normal and dysfunctional flow curves. 
       FIG. 38  is a representation of possible normal and dysfunctional flow patterns. 
       FIG. 39  is a representation of elements considered in scoring post void events. 
       FIGS. 40A-G  together comprise an automatically generated diagnostic report and recommendation letter output by the invention. 
       FIG. 41  is a schematic diagram of an exemplary computer system for implementing a diagnostic program of the present invention. 
   

   DETAILED DESCRIPTION OF THE INVENTION 
   The UPP diagnostic program of the present invention may be performed by software executed on a computer system  500  as shown in  FIG. 41 , for example, a personal computer, including, for example in an environment requiring greater mobility, on a personal digital assistant (PDA). The computer system  500  has a processor  502  and memory  504  that together execute the diagnostic program. The program may be used in combination with urodynamic diagnostic systems  518 , for example, a Duet MultiP by Medtronic of Skovlunde, Denmark, porting data directly as it is measured, or the data may be entered into the program manually during or after a clinical examination. The computer  500  may be stand-alone or a workstation connected via a communication interface  506  within a communication network  520 . The diagnostic program requests both objective and subjective symptomatic and diagnostic input, for example, via graphical, textual, audial, or other input devices  514  via an input interface  510 , in order to assign values under a quantification scheme, determine indicators based upon rules, and render appropriate differential diagnoses and treatment programs for detrusor and urethral related conditions. Data storage  508   a ,  508   b  may be local to the computer or accessed via the communication interface  506  from one or more repositories connected to the computer  500  via a communication network  520 . 
   The program may also be implemented on the computer system  500  within an application service provider (ASP) platform for access by users over the communication network  520 . Use of an ASP platform may provide, for example, an HTML user interface with the program stored on a server via World-Wide-Web pages over the Internet, thereby allowing simultaneous use by multiple clinicians. Multiple simultaneous access may also be provided by other types of known client-server networks. Examples of the communication network  520  include local area networks and wide area networks, both public and private, telephone and cable networks, intranets, and the Internet. The software may be stand-alone or may be a logic program created within a hierarchical, relational, or other database application. The proffered diagnoses and related treatment recommendations are available to the clinician through the computer&#39;s graphical, textual, audial, or other output devices  516  via an output interface  512 , or they may be downloaded to a file from the network  520  or over the Internet, or printed to be included in the patient&#39;s paper record. 
   In one embodiment, as disclosed herein, the computer program is created using a standard database software package executed from the memory  504  of the computer system  500  employing data entry fields and Boolean logic. However, any programming language or software/hardware platforms may be substituted to implement the rules upon which the diagnostic program operates. Please note that the database logic flow chart depicted in  FIGS. 1-16  includes 1 and 2 digit encircled numbers. These encircled numbers represent outputs from the diagnostic system  518  to the input port  510  of the computer system  500  and jump markers for the input of that data into a future function. All reference numbers used in this specification to refer to elements in  FIGS. 1-16  are 3 digit numbers and are not encircled. 
   As with typical examinations, general background information regarding the patient, such as name, record number, date of examination, and referring physician, is entered as shown in  FIG. 1 . The age, field  100 , and sex, field  102 , of the patient are specifically recorded as they dictate differential values to be recorded during the examination, which ultimately impact the appropriate differential diagnosis. Additional information for patient identification, report generation, and other tracking purposes may also be recorded in appropriate fields at this time. 
   Next, patient history information is recorded in the UPP diagnostic program. Appropriate history information may include the following: associated diagnoses, presenting symptoms, field  104 , including the neurogenic status (i.e., whether or not the presenting symptoms, field  104 , are neurologically based), related procedures or surgical treatment, field  108 , whether the patient&#39;s status is pre- or post-operative, and time pre- or post-performance of a procedure, field  106 . The UPP diagnostic program preferably allows a primary and secondary choice among the presenting symptoms, field  104 , and should at a minimum offer choices of incontinence, pain, frequency, and retention. Associated diagnoses may reflect, for example, multiple sclerosis, Parkinson&#39;s disease, cerebral vascular accident, post cerebral vascular accident, partial spinal injury, spinal trauma, tumor, cerebral vascular accident, Alzheimer&#39;s disease, diabetes, peripheral neuropathy, head injury, hydrocephalus, and spina bifida. Similarly, treatment procedures may include, for example, the following: boot, capsaicin bladder, electrode implant, peripheral nerve evolution, collagen, artificial sphincter, pre transurethral prostatectomy, post transurethral prostatectomy, prostate resection, radical prostate resection, urinary diversion, post cryosurgery, post radiation, neuroprosthesis, bladder suspension, and tethered cord release. 
   Such patient history information, including presenting symptoms, field  104 , and procedures or surgical treatment, field  106 , is highly relevant to discerning between differential diagnoses and treatments when processing the examination results. These history fields also allow for categorized searching of patients in the database with similar profiles and for generating statistical summaries. Statistical reporting is highly valuable for tracking the effectiveness of treatment alternatives, such as surgical procedures or drug trials. Additionally, a further field for textual entry of a narrative history may be provided, for example, for inclusion in a computer-generated letter to the referring physician summarizing the diagnostic findings of the UPP diagnostic program. 
   In the clinical setting, the primary urodynamic study is performed with the patient supine. A rectal catheter is used to monitor rectal pressures and the rectal electro-myography (EMG). A microtip catheter is then inserted into the urethra. The bladder is filled to 50 cc to imitate a substantially empty bladder condition and the microtip catheter is withdrawn in short steps while multiple recordings of urethral pressure are taken. Standard parameters of peak pressure and functional length are recorded. A representation of the UPP is shown in  FIG. 18 . Sensation and reactivity of the sphincter along the functional length are then quantified using both subjective and objective scales. UPP readings are again taken in a similar fashion with the bladder filled to a volume of approximately 200 cc, or slightly greater than fifty percent (50%) of capacity. The intent is to obtain recordings of outlet activity at various fill volumes to reflect different neurological states. 
   It is noted that in addition to, or in substitution for, microtip catheterization, which is typically used to record the UPP, EMG recordings associated with the urinary tract could be undertaken. In this instance, instead of measuring pressure fluctuations, microvolt excursions resulting from the neuromuscular activity of the various fill and void states may be recorded. These electrical readings can imply the pressure and reflexivity measurements of the UPP and can similarly be categorized and weighted according to the methodologies of the program disclosed herein to provide diagnosis and treatment recommendations for urinary tract dysfunction. Other data recording methods such as radiology, ultrasound, motor sensory evoked response activity, electromyographic recordings, magnetic resonance tomography, computed tomography, nuclear, and other imaging techniques could likewise be used to make appropriate pressure and reflexivity measurements. 
   The data collected in and processed by the UPP diagnostic program can be generally divided into three different assessment phases. The first concerns observation and examination of urethra characteristics; the second concerns similar diagnostics of the bladder; and the third involves data related to the flow rate of fluid in the system. 
   Urethral Assessment 
   With regard to the urethral analysis, the following information may be collected concerning the patient and entered into the UPP diagnostic program: sphincter tone, sphincter reflex excitability, sensitivity, urethral length (including obstruction vs. weakness), anatomical distortions, and subjective impressions. 
   a) Sphincter Tone 
   Peak sphincter closure tone may be assessed with the bladder both empty and full for both static and dynamic characteristics. Dynamic impressions, which are the subject of the following readings, can be further characterized as either reflexive, as during filling or void, or spontaneous. As seen in  FIG. 2A , multiple readings of peak urethral pressure are taken in an empty bladder condition, fields  110   a  and  110   b . An empty bladder is considered a bladder that is less than half full. These readings are averaged together to arrive at an average peak urethral pressure for the empty bladder, field  112 . The average peak urethral pressure is then compared to known diagnostic ranges, fields  118   a  and  118   b , and allocated a corresponding numeric score based upon the range into which it falls, field  114 . There is diagnostic significance in the ranges of peak pressure between males and females, so the allocation of numeric scores must be separated between the sexes. The score held in field  114  is taken from either field  116   a  or  116   b , based upon the ranges defined in fields  118   a  and  118   b , respectively, which are dependent upon whether the patient is female or male. 
   Similarly, peak sphincter closure tone may be measured with the bladder greater than half full in fields  120   a  and  120   b . These readings are likewise averaged in field  122  and translated into a score in field  124 . The score in field  124  is taken from either field  126   a  or  126   b  in consideration of the sex of the patient as the ranges are set forth in fields  128   a  and  128   b . The scoring methodology assesses 1 point for every 10 cm-H 2 O change above or below baseline. A score of 0 reflects ranges encompassing accepted normal baselines of 55-70 cm-H 2 O for females and 65-80 cm-H 2 O for males. The female baseline is set 10 cm-H 2 O below that for men because of a lower muscle mass. Scores above baseline indicate a measure of sensory motor-neural upregulation (spasticity), while scores below baseline reflect a measure of sphincter weakness, either muscular or neural-muscular compromise. The data collected regarding peak urethral pressures is later used by the UPP diagnostic program for determination and diagnosis of urge incontinence, stress incontinence, urinary retention, and various pain syndromes. 
   The UPP graph in  FIG. 19  shows several conditions that lead to storage regulation failure or problems with transition to the void phase (if void is possible at all). These states are shown with reference to the transition phase, but can exist in the storage phase as well. (See  FIG. 20  for a representation of all the void phases.) The jagged line  2  represents the urethral pressure due to sphincter contraction conditions such as urgency, precipitous urge, and pain. The relatively smooth line  4  represents a condition of stress incontinence. These pressure profiles are more clearly presented in  FIG. 21 . 
   Continued sphincter contraction creates high pressure  6 , as shown in  FIG. 21 , in the urethra preventing the ability to void even though the urgency to void is present. A second condition, precipitous stress, is characterized by sharp, spastic releases  8  in sphincter contraction and thereby lower urethral pressure resulting in instances of incontinence. However, the sphincter quickly contracts again and the urge without void returns. A third condition is characterized by extremely high urethral pressure  10  that prevents void and is accompanied by pelvic pain. Stress incontinence, on the other hand, is characterized by constant weak sphincter contraction  12  and thereby constant leakage and the inability to regulate storage. As depicted in  FIG. 22 , these regulation failure conditions can be present during bladder filling as well. 
   b) Sphincter Reflex Excitability 
   To determine whether the sphincter is hyperactive, the reflex contraction force, above baseline, of the sphincter to movement of the recording catheter in the urethra is measured and scored. The UPP diagnostic program compares the reflex excitability of the urethra to defined ranges, field  132  ( FIG. 2A ), and calculates a score.  FIG. 23  shows a graphic representation of reflexivity patterns that translate to the defined ranges. The score is 1 point for each 5 cm-H 2 O change above baseline with bladder less than half full. Measurements are taken in the empty bladder state because damping of the reflex may occur with the full bladder. Score values for sphincter reflex excitability, field  130 , range from 0-4. The data collected in this measurement is later used by the UPP diagnostic program for calculation and diagnosis of urge frequency, urinary retention, and various pain syndromes. 
   c) Sensitivity 
   The degree of discomfort experienced by the patient during the recording of urethral pressures is subjectively assessed by the clinician, entered into the UPP diagnostic program, and scored from 0-2, field  134  ( FIG. 2A ). The hypersensitivity score is based on no pain, mild pain (admission when asked), and severe pain (withdrawal by the patient), field  136 . A more accurate scoring scale could be used if sensory thresholds were to be quantifiably gauged (e.g., by use of a neurometer). The UPP diagnostic program later uses the data collected regarding sensitivity for diagnosis of all related pain syndromes. 
   d) Urethral Length (Obstruction vs. Weakness) 
   Measurements of the length of the urethral sphincter section are made by the clinician with the bladder empty, field  138  ( FIG. 2A ), and greater than half filled, field  140 , to reflect the opening of the bladder neck with the stretching of the bladder sidewalls as the bladder is filled. Any obstruction in the urethra between the bladder neck and external sphincter and scarring which impacts the sphincter closure are also measured, field  142 . Deviations from normal urethral lengths in both the empty and full bladder states are scored separately in  FIG. 2B  for women in fields  141  and  143 , and men, fields  145  and  147 , respectively. 
   Recorded measurements should be representational. Therefore the clinician may need to confirm the reading before entering a measurement into the database. The UPP diagnostic program later uses the data collected regarding urethral sphincter length for calculating obstruction, spastic dysfunction, and stress incontinence diagnoses. 
   e) Anatomical Distortions 
   Measurements in fields  138  and  140  that indicate a reduced sphincter length reflect anatomical abnormality that is separately scored. Abnormality in sphincter length is determined in field  144  ( FIG. 2A ) by first adding the lengths of any obstructive zones in the urethra to the lengths of the neutral zones, plus a normal sphincter length of 3 cm. This sum is then subtracted from the average of the urethral lengths measured at empty and full bladder conditions, fields  138  and  140 . Abnormalities in sphincter length are then scored from 0-4 by adding 1 point for each 0.5 to 1 cm increment under 3 cm, field  146 . 
   The length of the obstructive zone is similarly translated to an obstructive zone score on a scale of 0-4 corresponding to 1 cm increments of obstruction, field  148 . The degree of obstruction is also reflected in occlusion pressure of the obstructive area, field  150 . The occlusion pressure is scored as 1 point for each 10 cm-H 2 O occlusion force above zero, field  152  ( FIG. 2A ). Further, the type of obstruction is also recordable, field  180 , for aid in the diagnostic calculations by the UPP diagnostic program. 
   f) Subjective Impressions 
   The UPP diagnostic program also receives data comprising the subjective impressions of the examining clinician to aid in rendering a diagnostic conclusion. Such impressions are mental interpretations of the patterns of abnormalities seen in the patient to reflect the anatomical or functional bias in the study. This bias cannot be accurately recorded by the UPP measurements in all cases. The clinician records answers to simple questions in the UPP diagnostic program that impact the program&#39;s interpretation of the data recorded in urethral assessments a-e above. Many of the answers are translated into numeric scores for calculation by the UPP diagnostic program. Other answers do not enter into calculations and are therefore not scored; however, the particular response recorded will impact the diagnosis returned by the UPP diagnostic program. 
   A first area of impression is bladder neck mobility, which is an issue limited to female patients. A list of alternative selections corresponding to clinical observations is provided, field  154  ( FIG. 2C ). A point score is allocated based upon the clinician&#39;s selection, field  156 , and is designated as a mobility relevance score, field  158 . A male patient is assigned a score of 0 indicating irrelevance, field  158 . 
   A second field of impression is whether the patient exhibits any urethral leakage upon coughing, field  160  ( FIG. 2C ). This observation is scored between 0 and 4 depending upon the severity of the leakage. Related to this leakage inquiry is the position of the patient when the leakage occurs, i.e., supine or standing, field  164 . A positional score is allocated, field  166 , with 0 indicating no leakage, 1—leakage when standing, and 2—leakage when laying and standing. 
   Another observational inquiry concerns whether the UPP study was normal or abnormal. A UPP is generally analyzed through review of a graph of the pressure profile pattern. See  FIGS. 24 &amp; 25 . Depending upon the pattern indicated by the pressure graph, a clinician can determine whether there is an abnormality, and if so, whether the abnormality fits with one of obstruction, dysfunction, or both. The UPP diagnostic program accepts entry of the particular indication of the graph, field  168  ( FIG. 2C ), and provides a corresponding profile pattern score, field  170 . Pattern recognition software, for example, Ngram TRANSFORM software by Triada, Ltd. of Ann Arbor, Mich., may be coupled with the UPP diagnostic program to accept direct input of the UPP study to automate the analysis of the pressure profile graphs. In such a case the program may translate the shapes of the profile curves rather than take incremental and discrete pressure measurements obtained during the study. 
   Observation of dysfunction, either high or low pressure related, is recordable in the UPP diagnostic program, field  172  ( FIG. 2C ). Translating dysfunction into a score, field  174 , also involves combination with weak profile observations, field  176 . A UPP pattern is considered weak if it exhibits short length, low peak pressure, or both. A weak field profile pattern is shown labeled as “Wimp” in  FIG. 25 . Weak profile observations are themselves allocated scores, field  178 . High pressure alone receives a dysfunction score of 2; high pressure with a short length is scored as 3; and low pressure is allocated the appropriate weak profile score from field  178 . High pressure dysfunction is also observable based upon the profile pattern, field  190  ( FIG. 2C ), which is further scored, field  192 . An example of a high pressure profile is the graph labeled “Matterhorn” in  FIG. 25 . 
   If there is obstruction rather than, or in addition to, dysfunction, additional clinical observations may be recorded in the UPP diagnostic program. Obstruction may be classified as bladder neck hypertrophy or enlarged prostate hypertrophy. Either of these conditions, and variations thereof, is reflected in the UPP study and conclusions based upon observations thereof may be entered in field  182  ( FIG. 2C ). For example, if the prostate is enlarged, the profile may be small (mogul shaped), medium (low terrace), or large (high terrace or camel back shaped), see  FIG. 26 , each of which is indicative of different diagnostic outcomes. Bladder neck hypertrophy and enlarged prostate hypertrophy observations are scored in field  184 . 
   Stricture profiles from UPP readings in the sphincter are also part of the subjective impression data. See  FIG. 27 . Typical profiles show patterns that are spiked, towering, or lengthier as a pipe stem. These profiles can be gauged from a UPP graph and recorded, field  186  ( FIG. 2C ). These stricture observations are further scored by the UPP diagnostic program, field  188 . The UPP diagnostic program uses the subjective impression in the diagnosis of urge frequency, functional urinary retention, pain syndromes, stress incontinence, and types of obstruction syndromes (bladder neck hypertrophy, benign prostatic hyperplasia, and stricture). 
   g) Urethral Assessment Summary 
   All scores collected in the urethral assessment phase are summed to give an abnormality score as shown in  FIG. 3 . These scores include fields  104 ,  124 ,  130 ,  134 ,  148 ,  152 ,  158 ,  162 ,  166 ,  170 ,  174 ,  184 ,  188 , and  192 . The raw value is presented, field  194 , as well as a percentage of the total points available, field  196 . 
   Similarly, scores specific to subgroups of the urethral assessment process are summed and given a percentage of total points score. Both objective and subjective assessment scores are combined for these summations. In the case of spasticity and hypersensitivity, collectively referred to as dysfunction, scores that reflect such upregulation in sphincter activity are summed as shown in  FIG. 4 . Raw scores summed include fields  130 ,  134 , and  192 . Scores from fields  112 ,  122 ,  168 , and  172 , are conditionally summed as part of the total dysfunctional score. Whether the score is chosen for summation is based upon the particular field value, or by comparison of values across multiple fields indicating different patient conditions, as shown in fields  198 ,  200 ,  202 ,  204 , and  206  ( FIG. 4 ). If the conditions are not met, a 0 value is used as the score for summation, and the total score is converted to a percentage of total points possible, field  208 . 
   Scores that reflect obstruction are summed in field  210  of  FIG. 5  as an indication of the severity of obstruction. Fields  148 ,  152 ,  184  and  188  representing scores for obstruction length, pressure, bladder neck or benign prostatic hyperplasia profile, and stricture pattern are summed directly. In addition, if the abnormality of the UPP pattern suggests either obstruction or dysfunction and obstruction, the UPP pattern score is included in the sum, field  209  ( FIG. 5 ). If neither of these patterns is present, a score of 0 is attributed for summation. The total score is again converted to a percentage of total points available, field  210 . 
   Scores that reflect sphincter weakness are summed as a risk for incontinence as seen in  FIG. 6 . This incontinence sum is converted into a percentage number to indicate a degree of risk for leakage for males and females, fields  224  and  225 . Factors contributing to the sum include an antecedent determination of whether the dysfunction exhibits low pressure characteristics. If so, the weak profile score of field  178  ( FIG. 2C ) is added to the summation figure of field  224   FIG. 6 ) via an intermediary field  214 ; if not, a 0 value is placed in field  214 . Similar to the obstruction summation, if the abnormality of the UPP pattern suggests either obstruction or dysfunction and obstruction, the UPP pattern score is included in the sum, fields  218  and  220 . If neither of these patterns is present, a score of 0 is attributed for summation. Further, if the average peak pressures either full or empty are less than or equal to 60 cm-H 2 O, the average peak scores stored in fields  114  and  124  are included in the summation, fields  216  and  222 . If they are greater than 60 cm-H 2 O, 0 is attributed to the sum. The norm value of 60 cm-H 2 O used in this embodiment may be adjusted to reflect differences in norms between different population groups. 
   Each of these various summation values is used in the computer analysis performed by the UPP diagnostic program to render an automated diagnosis. They are also figures that may be presented in a summary report, for example, to the referring physician, as foundation for the diagnosis. The scores may be adjusted for specific biases in a particular patient study, but generally weightings should change no more than 5-10 percent. Diagnoses related to spasticity problems include void dysfunction, urge incontinence, and pain syndromes such as interstitial cystitis, prostatodynia, and prostatitis. Obstruction diagnoses include benign prostatic hyperplasia, bladder neck hypertrophy, and strictures, incontinence/weakness diagnoses may reflect stress incontinence or post prostatectomy incontinence. 
   Bladder 
   In the bladder assessment phase, three variables are assessed by a cystometrogram: reflex excitability, sensation, and tone (compliance). Features represented in the cystometrographic data are listed in  FIG. 28 . Assumptions of normalcy for the bladder, variance from which indicates a pathology, are as follows: normal capacity without excitability is 350-500 cc; sensations associated with filling the bladder are never painful; and compliance should be less than 5 cm-H 2 O at all times until the stretch limit of the bladder is reached. 
   a) Reflex Excitability 
   Indications of reflex excitability are measured through bladder capacity, which is assessed three ways: spontaneous activity, volitional void effort, and subjective assessment. 
   1) Spontaneous Activity 
   Spontaneous activity refers to a non-volitional contraction in an attempt to void the bladder as it is filled. A general representation of a UPP graph of void control phases is shown in  FIG. 20 . The top half of the graph represents the phases of detrusor contraction in the bladder, while the bottom half represents the phases of sphincter contraction in the urethra. The UPP diagnostic provides for entry of several measurable components of such spontaneous activity that is triggered by a fill rate of 50 cc/min. In  FIG. 7  the bladder volume at the point of contraction is recorded in field  226  and scored between 0 and 4 points at decrements of 75 cc below 300 cc, field  228 . This threshold point is also represented in  FIG. 29 . The peak pressure in the bladder at the time of contraction is similarly recorded, field  230  ( FIG. 7 ), and scored between 0 and 4 corresponding to increments of 20 cm-H 2 O from a baseline pressure of 0 cm-H 2 O, field  232 . Finally, the duration of the contraction is recorded, field  234 , and scored between 0 and 4 reflecting 10-second increments of continued contraction, field  236 . The UPP diagnostic program will later sum these point scores to quantify the degree of neural over-facilitation as well as the muscular integrity of the detrusor. 
   2) Volitional Void Effort 
   To measure volitional void effort, the patient is instructed to initiate the void of the bladder when a strong sense of fullness is reached. As above with the non-volitional void, bladder volume, peak pressure, and duration measurements are each recorded and stored. In  FIG. 8 , bladder capacity at the initiation of void is recorded, field  238 , and scored between 0-4 points at increments or decrements of 100 cc above or below 400-500 cc for males, field  242  (e.g., ≧800 or ≦100=4; ≧700 or ≦200=3; ≧600 or ≦300=2; ≧500 or ≦400=1; and ≧400 and ≦500=0). A slight bias is allowed for the female patient, field  240 , wherein the normal bladder capacity value is increased by 50 cc. Abnormal ranges are broadened to some extent as well. The scored value is recorded in field  244 . 
   In addition to capacity, bladder pressure is measured both when the bladder is in an empty state, field  239   a , and when the bladder is fall, field  239   b  (see  FIG. 2A ). A calculation can be made to relate these bladder pressures to the bladder capacity at the void attempt of field  238 . The ratios of pressures to capacity are transformed into percentage figures in fields  241   a  and  241   b , for pressures of empty and full bladders, respectively. 
   The peak bladder pressure at the contraction is stored in field  246 . Normal is defined as 15-30 cm-H 2 O. Scoring is translated as follows: ≧15 and ≦30=0; ≧30 and ≦45=1; &gt;45 and ≦60 or ≧5 and &lt;15=2; &gt;60 and ≦75 or &lt;5=3; and &gt;75 or 0=4; all in cm-H 2 O. The measured duration of contraction is stored in field  250 , and the score is stored in field  252  as follows: 15-30 sec (normal)=0; 0-14 sec or 31-45 sec=1; 46-60 sec=2; 61-75 sec=3; and &gt;75 sec=4. 
   3) Subjective Assessment 
   In addition to the objective UPP measurements performed, subjective considerations are input into the UPP diagnostic program and attributed point scores as shown in  FIG. 9 . A spontaneous detrusor contraction event is observed and matched to the appropriate description in field  254 . If the contraction was voluntary, a score of 0 is assigned in field  256 . The character of other detrusor contraction states, as represented generally in  FIG. 30 , are scored between 1 and 4, field  256 . If there is no involuntary contraction, additional inquiries are available for input in field  258 . For example, if it is known that the patient&#39;s detrusor will contract, but it did not during the study, a score of 1 is assigned in field  260 . Other rationales for the absence of detrusor contraction are similarly scored between 0 and 4 in field  260 . 
   Next, subjective considerations surrounding the patient&#39;s volitional void effort, see  FIG. 31 , are recorded in field  262  and scored in field  264 . A score of 0 is allocated to a purely voluntary void. If the void is spastic, additional criteria are considered in field  266  such as the fill volume that triggered the void, or whether the trigger was somatic. Scores are attributed and stored in field  268  ( FIG. 9 ). If the attempted voluntary void is sluggish or absent, field  270  queries whether the void occurred at a high fill volume or merely not at all, and the entry is scored as either 1 or 4 respectively in field  272 . 
   The final subjective inquiry related to reflex excitability concerns whether the void recorded occurred while the UPP catheterization monitor was in place or whether the results were implied from the flow study discussed later. The clinician&#39;s entry is stored in field  274  ( FIG. 9 ). 
   b) Sensation 
   Sensation is scored in  FIGS. 10A and 10B  according to severity of urge, volume of fill, and pressure in the bladder. There is a skew to the severity score based on volume of fill tolerated. 
   1) Severity 
   Normal urge to void occurs when the bladder reaches capacity. Beyond this state, abnormal urge can be viewed as either increased urge to void or decreased awareness of the need to void. See  FIG. 32 . A choice between these states is provided in field  276  ( FIG. 10A ). Translating these states into scores for field  278 , other than 0 points for normal urge, requires a much more detailed inquiry. 
   Increased awareness of filling is divided into three tiers as seen in field  280  ( FIG. 10A ): minimal discomfort, moderate discomfort, and marked discomfort. Each of these levels of discomfort is scored separately based upon the associated fill volume at the point such discomfort is registered. Minimal discomfort is scored and recorded in field  288  as follows: &lt;200 cc=2; ≧200 cc and &lt;400 cc=1; and ≧400 cc=0. Moderate discomfort is scored and recorded in field  286  ( FIG. 10A ) as follows: &lt;200 cc=3; ≧200 cc and &lt;400 cc=2; ≧400 cc and &lt;600 cc=1; and ≦600 cc=0. Finally, for increased awareness scoring, marked discomfort is awarded points and recorded in field  284  as follows: &lt;200 cc=4; ≧200 and &lt;400 cc=3; ≧400 cc and &lt;600 cc=2; and ≧600 cc=1. Dependent upon the particular discomfort level of the patient and corresponding fill volume, the appropriate score for increased bladder sensation is recorded in field  282 , which is further recorded in field  278  for the overall filling awareness score. 
   Decreased awareness of filling is divided into two tiers that can be described as little feeling and no feeling as seen in field  290  ( FIG. 10A ). In the case of the patient feeling little sensation on filling, the score is allocated in field  296  based upon bladder volume at the time of sensation as follows: ≦300 cc=0; &gt;300 cc and &lt;400 cc=1; ≧400 cc and ≦500 cc=2; and &gt;500 cc and &lt;600 cc=3. For a patient with no feeling during fill, field  294  holds scores as follows: ≦300 cc=0; &gt;300 cc and ≦400 cc=2; &gt;400 cc and ≦500 cc=3; and &gt;500 cc=4. Dependent upon whether the patient had no feeling or merely little, and the corresponding fill volume, the appropriate score for decreased bladder sensation is recorded in field  292 , which is further recorded in field  278  for the overall filling awareness score. 
   2) Sensation of Volume in Bladder 
   In addition to being aware of the sensation of filling, the patient should similarly be able to indicate the point at which a volume in the bladder is actually felt. This may be at the same point or different from first sensation of filling. This volume sensation is recorded in field  298  ( FIG. 10B ) and the related point score is stored in field  300 . The volume feeling is scored as follows: ≦100 cc or &gt;800 cc=4; ≦200 cc or &gt;700 cc=3; ≦300 cc or &gt;600 cc=2; ≦400 cc or &gt;500 cc=1; and &gt;400 cc and ≦500 cc=0. 
   3) Bladder Pressure at Maximum Unpleasantness 
   The final sensation criterion reflects the detrusor pressure when the bladder is filled to a capacity of maximum unpleasantness to the patient. The detrusor pressure is recorded in field  302  ( FIG. 10B ) and the score in field  304 . Scores are allocated based upon detrusor pressure as follows: &lt;5 cm-H 2 O=4; 5-10 cm-H 2 O=3; 11-20 cm-H 2 O=2; &gt;20 cm-H 2 O=1; and No Discomfort=0. One may note that these maximum unpleasantness scores are the inverse of the penalty values applied for compliance below. 
   c) Compliance (Tone) 
   Compliance or tone analysis of the detrusor considers the pressure exerted on the detrusor at capacity fill volume in the bladder as opposed to merely the sensory point of maximum unpleasantness as above. Compliance refers to the ability of the bladder to expand and thereby moderate its internal pressure as resulting from the fill of fluid. The three different datum collected corresponding to compliance, as seen in  FIG. 11 , are maximum bladder pressure at capacity, fill volume at the first noted pressure rise, and volume at maximum bladder pressure. 
   1) Maximum Bladder Pressure at Capacity 
   For the first measurement of compliance, the maximum bladder pressure is recorded at capacity. The maximum pressure reading is held in field  306  ( FIG. 11 ) and the related score is calculated and stored in field  308 . Scoring for the maximum pressure is as follows: &lt;5 cm-H 2 O=0; 5-10 cm-H 2 O=1; 11-20 cm-H 2 O=2; 21-30 cm-H 2 O=3; and &gt;30 cm-H 2 O=4. 
   2) Fill Volume at Pressure Rise 
   Another measure of compliance, represented in  FIG. 33 , looks at the volume of the bladder at first noticeable pressure rise. The raw measurement is recorded in field  310  ( FIG. 11 ) while the score is allocated in field  312  as follows: &gt;500 cc=0; &gt;350 cc and ≦500 cc=0.5;&gt;250 cc and ≦350 cc=1; &gt;150 cc and ≦250 cc=1.5; &gt;75 cc and ≦150 cc=2; and &lt;75 cc=2.5. This second compliance measurement is only significant if the pressure rise is above 5 cm-H 2 O, which is checked in field  314  ( FIG. 11 ). An adjustment of any score allocated in field  312  is made in the event that the pressure rise is not above 5 cm-H 2 O, and a score of 0 is substituted. 
   3) Volume at Maximum Bladder Pressure 
   The final compliance measurement, also represented in  FIG. 33 , records the volume of the bladder fill capacity when maximum pressure is reached, field  316 . Scoring in field  318  for various volumes is as follows: &gt;600 cc=0; ≧400 cc and ≦600 cc=1; ≧300 cc and &lt;400 cc=1.5; ≧200 cc and &lt;300 cc=2; ≧100 cc and &lt;200 cc=2.5; and &lt;100 cc3. Similar to the volume measurement at pressure rise above, this compliance measurement is only significant if the pressure rise is above 10 cm-H 2 O, which is checked in field  320  ( FIG. 11 ). An adjustment of any score allocated in field  318  is made in the event that the pressure rise is not above 10 cm-H 2 O, and a score of 0 is substituted. 
   d) Bladder Assessment Summary 
   As shown in  FIG. 12 , all bladder-related scores are summed to give a total abnormality score and a percentage abnormality score, field  322 . Included in the bladder abnormality score are fields  228 ,  232 ,  236 ,  244 ,  248 ,  252 ,  256 ,  308 ,  314 , and  320 . As with earlier summary figures, this total score is transformed into a percentage of the possible total in field  324  ( FIG. 12 ) to indicate a degree of abnormality. Additional score subtotals are tallied with respect to reflex excitability and compliance assessments. 
   Reflex excitability totals are shown computed in  FIG. 13 . These calculations center on the detrusor reflex rating and whether it is of significant spasticity. Fields  328  and  330  provide more discrete breakdown scores for the peak bladder pressure at detrusor contraction. Pressures between 0 cm-H 2 O and 15 cm-H 2 O are scored in field  328  as follows: 0=4; ≦5 cm-H 2 O=3; ≦10 cm-H 2 O=2; and ≦15 cm-H 2 O=1. Likewise, pressures above 15 cm-H 2 O are scored in field  330  as follows: ≦25 cm-H 2 O=0; ≦40 cm-H 2 O=1; ≦60 cm-H 2 O=2; ≦80 cm-H 2 O=3; and &gt;80=4. The appropriate score from either field  328  or  330 , depending on the patient&#39;s pressure reading, is then recorded in field  326  ( FIG. 13 ). 
   Similarly, fields  334  and  336  ( FIG. 13 ) are employed to provide more discrete breakdown scores for the duration of detrusor contraction. Time between 0 and 15 seconds, indicative of a weak performance, is scored in field  334  as follows: 0 sec=4; ≦5 sec=3; ≦10 sec=2; and ≦15 sec=1. Contraction time greater than 15 seconds, indicative of a strong detrusor performance, is scored in field  336  as follows: &gt;15 sec and ≦25 sec=0; &gt;25 sec and ≦35 sec=1; &gt;35 sec and ≦45 sec=2; &gt;45 sec and ≦60 sec=3; and &gt;60 sec=4. The appropriate score from either field  334  or  336 , depending on the patient&#39;s contraction time, is then recorded in field  332  ( FIG. 13 ). 
   These new, more discrete scores rating the detrusor performance are added together in field  338 . A further analysis is performed based upon this total to provide and indication of the functional quality of detrusor performance. Field  340  ( FIG. 13 ) rates a total score of less than or equal to 2 as Absent of function; over 2 up to and including 4 as Weak in function; over 4 up to and including 6 as Normal; and over 6 as Strong. 
   A second summary rating describes the significance of the reflex excitability of the detrusor. A preliminary calculation to this rating sums the detrusor contraction score of field  256  ( FIG. 9 ), the volitional void effort score of field  264  ( FIG. 9 ), and the bladder volume at contraction score of field  228  ( FIG. 7 ); subtracts the absent contraction score of field  260  ( FIG. 9 ); and converts the result into a percentage of the total possible points recorded in field  342  ( FIG. 13 ). The significance of any reflex excitability is then described in field  344  ( FIG. 14 ). First, if it was noted in field  254  that detrusor contraction was absent, reflex excitability is described as areflexic. Then drawing on the percentage recorded in field  342  ( FIG. 13 ), descriptions are returned as follows: ≦8.3=normoreflexic; &gt;8.3 and ≦45=hypertonic; &gt;45 and ≦67=spastic; and &gt;67=very spastic. 
   The UPP diagnostic program also performs summary calculations related to compliance characteristics which are shown in  FIG. 14 . These calculations indicate the degree of deviation from normal compliance and whether this is of significance or not. In field  346 , an indication of the relative normalcy of compliance is generated by dividing the maximum pressure reading at bladder capacity, field  306  ( FIG. 11 ), by the difference between the volume at maximum pressure, field  316 , and the volume at first significant pressure rise, field  310 . If the compliance figure, when rounded to two digits is ≦0.03, the program stores a “normal” notation in field  348 . If the compliance figure is &gt;0.03, the actual figure is stored in field  348  ( FIG. 14 ). 
   The second summary compliance measurement sums the maximum pressure score, field  308  ( FIG. 11 ), the first noticeable pressure rise score, field  314 , and the volume at maximum bladder pressure score, field  320 , and converts this sum into a percentage figure of the total possible points which is stored in field  350  ( FIG. 14 ). The program then allocates significance ratings based upon the percentage score in field  352 . A percent number of &lt;33 is considered normal or acceptable; ≧33 and &lt;55 indicates the patient&#39;s condition should be followed carefully; ≧55 and &lt;75 indicates that upper tracts are at risk; and ≧75 suggests a pathologic condition. 
   Flow Rate 
   The third assessment phase performed by the UPP diagnostic program involves the measurements and observation records of patient flow rate data. The program allocates scores to traditional parameters such as average and peak flow rates, as wells as to patterns of flow recorded over the void period. See  FIG. 34 . This combination better separates the neurological from the anatomical components of the patient&#39;s pathology. Both objective and subjective criteria are therefore considered and scored to aid in the final diagnosis and treatment recommendation calculations. 
   a) Objective Scoring 
   Referring to  FIGS. 15A ,  15 B, and  35 , the first measurement scored is the peak flow rate in field  362  ( FIG. 15A ). This score is based upon multiple criteria, including whether the patient is male or female or presents with urinary retention. The actual measured flow rate is stored in field  356 . Scores are distributed for a female flow rate in field  358  in decrements of 5 cc/sec from 30 cc/sec (i.e., ≧30 cc/sec=0; ≧25 cc/sec and &lt;30 cc/sec=1; ≧20 cc/sec and &lt;25 cc/sec=2; ≧15 cc/sec and &lt;20 cc/sec=3; and &lt;15 cc/sec=4) and transferred to field  362 . For males, the high-end flow rate is 25 cc/sec and the scoring is altered as follows: ≧25 cc/sec=0; ≧20 cc/sec and &lt;25 cc/sec=1; ≧15 cc/sec and &lt;20 cc/sec=2; ≧10 cc/sec and &lt;15 cc/sec=3; and &lt;10 cc/sec=4. However, for males if the storage capacity calculated in field  386  ( FIG. 15B ) is ≦80 cc, a score of 0 is entered in field  360  ( FIG. 15A ) regardless of the flow rate. The male peak flow rate score in field  360  is similarly transferred to the general peak flow rate score field  362 . This general score may additionally be overridden and replaced with a score of 4 if a “Yes” value is entered in field  354  noting that the patient presents with urinary retention. 
   In addition to the peak flow rate, the average flow rate is recorded in field  364  and scored. Scoring for the average flow rate is similarly differential between males and females. The average female flow is scored in field  366  based on decrements of 2 cc/sec as follows: &gt;12 cc/sec=0; &gt;10 cc/sec and ≦12 cc/sec=1; &gt;8 cc/sec and ≦10 cc/sec=2; &gt;6 cc/sec and ≦8 cc/sec=3; and ≦6 cc/sec=4. The scoring for males is performed in field  368  in decrements of 3 cc/sec in recognition of the slower rate of male flow. The male scores are allocated as follows: &gt;12 cc/sec=0; &gt;9 cc/sec and ≦12 cc/sec=1; &gt;6 cc/sec and ≦9 cc/sec=2; &gt;3 cc/sec and ≦6 cc/sec=3; and ≦3 cc/sec=4. The female or male average flow rate score from either field  366  or  368 , respectively, is transferred to the general score field for average flow rate, field  370 . However, as with the peak flow rate score, if the patient exhibits urinary retention, an overriding score of 4 is entered into field  370 . 
   The final actual flow calculation computes the ratio between average flow rate, field  364 , and the peak flow rate, field  356 . This ratio is multiplied by 100 to convert to a percentage figure that is stored in field  372  ( FIG. 15A ). 
   Related to the flow rate of a void occurrence is the actual volume voided. The measurement of such volume is held in field  374  ( FIG. 15B ). Translating the volume measurement into a score is again subject to differentiation between male and female patients. Scoring for female patients is performed in field  376  as follows: ≧450 cc and ≦550 cc=0; ≧350 cc and &lt;450 cc or &gt;550 cc and ≦650 cc=1; ≧250 cc and &lt;350 cc or &gt;650 cc and ≦800 cc=2; ≧150 cc and &lt;250 cc or &gt;800 cc and &lt;1000 cc=3; and &lt;150 cc or &gt;1000 cc=4. Male scoring in field  378  is similar: ≧325 cc and ≦475 cc=0; ≧250 cc and &lt;325 cc or &gt;475 cc and ≦550 cc=1; ≧200 cc and &lt;250 cc or &gt;550 cc and ≦650 cc=2; &gt;100 cc and &lt;200 cc or &gt;650 cc and ≦750 cc=3; and ≦100 cc or &gt;750 cc=4. Either the male or female void volume score is lodged in field  380 , as appropriate, with the exception of an overriding score of 4 in the instance of urinary retention in the patient. 
   Once a patient has voided, there may be some residual volume in the bladder, which is measured via a catheter, field  382  ( FIG. 15B ). Residual volume is scored between 0 and 4 as follows: &lt;15 cc=0; ≧15 and ≦50 cc=1; &gt;50 cc and ≦150 cc=2; &gt;150 cc and ≦250 cc=3; &gt;250 cc=4. If the patient is equipped with an indwelling catheter, this is noted in field  382 , and a score of 4 is automatically charged to field  384 . 
   The actual storage capacity of the bladder, field  386  ( FIG. 15B ), is therefore the sum of the residual volume of field  382  and the voided volume of field  374 . A total storage capacity score is then generated specifically for females and males in fields  388  and  390 , respectively. Total storage capacity for a female is score as follows: ≧425 cc and ≦500 cc=0; ≧350 cc and &lt;425 cc or &gt;500 cc and ≦600 cc=1; ≧250 cc and &lt;350 cc or &gt;600 cc and ≦700 cc=2; ≧150 cc and &lt;250 cc or &gt;700 cc and ≦800 cc=3; and &lt;150 cc or &gt;800 cc=4. For a male, the scores change as follows: ≧350 cc and ≦500 cc=0; ≧275 cc and &lt;350 cc or &gt;500 cc and ≦600 cc=1; ≧200 cc and &lt;275 cc or &gt;600 cc and ≦700 cc=2; ≧125 cc and &lt;200 cc or &gt;700 cc and ≦800 cc=3; and &lt;125 cc or &gt;800 cc=4. Depending upon the sex of the patient, the appropriate score is stored in field  392  ( FIG. 15B ), with the proviso that an overriding score of 4 is entered if the patient exhibits urinary retention. 
   b) Subjective Scoring 
   Attendant with the flow and volume measurements related to flow rate are several subjective observations that add to the diagnostic value of the UPP diagnostic program. These subjective scoring factors are depicted in  FIG. 16 . First is an indication of the graphic curve of the flow rate as measured against time over the void period, field  394  and  FIG. 36 . A normal flow curve is bell-shaped, as shown in  FIG. 37 , and receives a score of zero. More pronounced curves typified by a Roman arch or spire arch shapes are awarded 1 point. A bridge-like arch is awarded 2 points. A plateau-shaped curve is scored at 3 points. If there is no significant flow, e.g., a dribble, 4 points are entered for the score. And again, if the patient exhibits urinary retention, a score of 4 supplants any other score for this field. 
   In addition to the overall shape of the flow curve, the line comprising the curve itself may not be smooth, but instead exhibit unsteady characteristics as shown in  FIG. 38 . This flow pattern or behavior is scored, based on its appearance, in field  396  ( FIG. 16 ). Different possible flow patterns and related scores are as follows: smooth=0; saw-toothed=1; undulating=2; choppy=3; and broken=4. An unsteady flow pattern may be exhibited for merely a portion of the void period, or it may be present throughout. The relative duration of any exhibited flow pattern is captured in field  400  ( FIG. 16 ). If there is no abnormality, i.e., a smooth flow pattern, a 0 score is recorded. If an abnormal pattern is present for less than half of the flow period, a score of 1 is attributed. If the unsteady flow pattern is present for greater than half the void time, a score of 2 is awarded. As noted before, with appropriate pattern recognition software used in conjunction with the UPP diagnostic program, these flow curves and patterns could be automatically recorded and scored without clinician input. 
   In addition to the normal void period, the patient may exhibit a post main void flow event. (See  FIG. 39 .) Such an event is generally dribbling, or post main void flow voiding. The former, if present, is scored as 1 point in field  402  ( FIG. 16 ), and the latter is scored as 2 points. If there is no abnormal post void event, the value of field  402  is null. The duration of any post void event is also characterized as to its significance and scored in field  404  ( FIG. 17 ). No abnormality receives a score of 1. An event of less than 10 seconds rates 0.5 point. An event of between 10 and 15 seconds is minimal and scored as 1 point. If the post void event is significant or greater than 15 seconds in duration is allocated 2 points. 
   c) Flow Rate Assessment Summary 
   Once the flow rate information is recorded and the related scores are calculated, the UPP diagnostic program generates summary scores as seen in  FIG. 17 . A summary flow curve pattern or behavior score is calculated in field  404 . The flow curve behavior score is the sum of the behavior score, field  396  ( FIG. 16 ), the behavior significance score, field  398 , the post main flow void score, field  400 , and the post void significance score, field  402 . If the patient exhibits urinary retention, the calculation is bypassed and a score of 6 is recorded. 
   A total flow rate point score is also generated in field  406  ( FIG. 17 ). This adds the flow curve behavior score calculated in field  404  to the peak flow rate score, field  362  ( FIG. 15A ), the average flow rate score, field  370 , the residual volume score, field  384  ( FIG. 15B ), the total capacity score, field  392 , and the flow curve score, field  394  (FIG.  16 ). Again, if the patient exhibits urinary retention, the summed scored is discarded in favor of a set score of 30. This total flow rate score is converted to a percentage in field  408  ( FIG. 17 ) to indicate the degree of abnormality noted by the UPP study. A patient with urinary retention is automatically labeled as 100 percent abnormal. 
   Two more calculations can be performed to indicate an obstruction significance related to the flow rate, and a dyssynergia significance related to flow rate. Obstruction significance is calculated in field  410  by summing the peak flow rate score, field  362  ( FIG. 15A ), the average flow rate score, field  370 , the residual volume score, field  384  ( FIG. 15B ), and the flow curve score, field  394  ( FIG. 16 ), and converting to a percentage of the total points possible from those fields. Dyssynergia significance is similarly calculated by adding the residual volume score, field  384  ( FIG. 15B ), the total capacity score, field  392 , and the flow curve behavior score calculated, field  404  ( FIG. 17 ), and converting to a percentage of the total points possible from those fields. 
   Diagnosis and Treatment 
   The scores from all three major categories of investigation—urethra, bladder, and flow—are used by the UPP diagnostic program to give a study abnormality weighting as a total score and as a percent of total abnormality possible. More importantly, various combinations and weightings from the three sections provide a computerized differential diagnosis and recommendation for investigation and therapy of a particular patient&#39;s condition. These recommendations are calculated based on long-term study and compilation of patient data to draw quantitative correlations between patient profiles, symptoms, and objective examination measurements, and by translation of this data into quantitative rules to classify and indicate discrete disease diagnoses and related treatments. The scores may be adjusted for biases in a particular patient study, or updated to reflect changes in norms or definitions of particular pathologies resulting from further clinical study, but typically the weightings should change no more than 5-10 percent. Even if the norms are changed, for example, to account for a specific group under study or to place a patient within norms for an age group, the scoring system of the invention does not change. If the computer does not offer a diagnosis, or in the case of need to supplement the choices given by the computer, the clinician may choose up to several diagnoses from a list of additional possibilities. 
   Further, specific summaries of data profiles can be assembled from the patient information collected in the database by the program. These summaries can profile urinary related conditions of various groups related by disease, gender, age, or therapeutic treatment. Examples of groupings could be as follows: 1) Multiple Sclerosis—presenting degree of spasticity of bladder and sphincter by age (decade); 2) Incontinent Females &lt;50 years—determining sphincter closure pressures by age (decade); 3) Males with Prostate Obstruction—determination of degree of outlet blockage by age (decade); 4) Pelvic Pain Patients—efficacy of treatment regimes on spasticity and performance of bladder (pre and post treatment); and 5) Botox Patients—evaluation of efficacy of new therapies (pre and post treatment). This is just a short sample list of a myriad of groups the UPP diagnostic program could monitor. 
   In addition, sphincter dynamics, although not necessary for the diagnosis process herein, can be used to refine the results of a patient study. More importantly, sphincter dynamics data can be significant in the analysis of drug trials or other treatment trials for treatment of urinary tract dysfunctions wherein increased accuracy of all treatment effects is desired. Sphincter dynamics study considers sphincter stability, relaxation, and pressure during fill, during void, and post void, and the present program would similarly score the results of each facet of the study and incorporate the calculations into the diagnostic criteria. 
   The various diagnoses and treatment recommendations calculated by the program, as well as the non-automated supplemental choices, are catalogued below. 
   AUTOMATED DIAGNOSIS 
   I. Prostate Disorders 
   A. Benign Prostatic Hyperplasia (Prostate Obstruction Alone) 
   Diagnosis:
         If(Sex=“M”, If(Age ≧45, If(UPP Dysfunct&#39;l Score≦15, If(Stress Leak Risk≦10, If(Obstr_Score_%_M≧5, If(Cap at Vd Attpt≧350, If(Presenting_Sx≠“Pelvic pain”, If(Bladder Vol 1&lt;5, If(Neurogenic Status_Sx=“Non-Neurogenic”, “¶Bladder Outlet Obstruction.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)   If(C_Dx_BPH=“¶Bladder Outlet Obstruction.”, “¶The most likely diagnosis is that of an obstructive prostate, i.e., benign prostatic hyperplasia or BPH.” &amp; “It does not exclude the presence of prostatic cancer. Bladder neck hypertrophy may exist as part of the problem, but is unlikely to be present in the presence of a normal bladder capacity.”, “ ”)       

   Recommended Treatment:
         If(C_Dx_BPH=“¶Bladder Outlet Obstruction.”, “¶Given the age of the patient, enlargement of the prostate and/or hypertrophy of the bladder neck should be considered. TUPR or transurethral prostatectomy according to prostatic size or other risk factors may be indicated once conservative measures have been exhausted.”, “ ”)       

   B. BPH with Sphincter/Pelvic Floor Dyssnergia 
   Diagnosis:
         If(Sex=“M”, If(Age≧45, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Obstr_Score_%_M≧10, If(UPP Dysfunct&#39;l Score≧10, If(Cap at Vd Attpt≧200, If(Stress Leak Risk M≦5, If(Compliance_at_Capacity&lt;5, If(Bladder Vol 1&lt;5, “¶Bladder Outlet Obstruction (BPH), with External Sphincter Over-Reactivity.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_BPH_SphDys=“¶Bladder Outlet Obstruction (BPH), with External Sphincter Over-Reactivity.”, “¶An initial conservative approach should be tried to decrease outlet spasticity. An alpha blocker (e.g., Minipress)+/−a muscle relaxant (e.g., Valium) are often effective in combination. Minipress 1 mgm hs qd and Valium 5-10 mgm bid is one suggestion.” &amp; “¶” &amp; “Once irritative symptoms are settled down, surgical approaches can be considered. Spinal or local block anesthesia is recommended, as due to pre-existing irritative symptoms, surgery can aggravate the underlying void dysfunction over the long term. This is due to CNS wind-up phenomena. Bladder capacity is functionally reduced because of increased tonicity and sensitivity of the bladder and sphincter.”, “ ”)       

   C. BPH with Sphincter/Pelvic Floor Dyssnergia/Decreased Detrusor Compliance 
   Diagnosis:
         If(Sex=“M”, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Age≧45, If(Obstr_Score_%_M≧10, If(UPP Dysfunct&#39;l Score≧10, If(Cap at Vd Attpt≦349, If(Compliance at Capacity≧5, If(Bladder Vol 1&lt;5, “¶Bladder Outlet Obstruction (BPH), with External Sphincter Spasticity and Poor Bladder Compliance.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_BPHSphDysCompl=“¶Bladder Outlet Obstruction (BPH), with External Sphincter Spasticity and Poor Bladder Compliance.”, “¶Surgical treatment of the outlet obstruction is recommended. However, the compliance limitation of the bladder may compromise the symptom relief. A period of medical management may be indicated. Hence an anticholinergic (e.g., Ditropan 5 mgm qd)+/−an alpha blocker (e.g., Minipress 1 mgm qd) should be tried prior to any surgical approaches.”, “ ”)       

   D. Post Prostatectomy Incontinence 
   Diagnosis:
         If(Sex “M”, If(Presenting_Sx=“Incontinence”, If(Neurogenic_Status_Sx=“Non -Neurogenic”, If(Age≧50, If(Stress Leak Risk≧25, If(Compliance_Signif=“Normal or Acceptable”, If(Cap at Vd Attpt≧350, If(Status=“Post-Op”, “¶Intrinsic Sphincter Weakness related to Prostate Surgery.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)   If(C_Dx_IncProst=“¶Intrinsic Sphincter Weakness related to Prostate Surgery.”, “¶This Dx implies that intrinsic external urethral sphincter damage is the primary cause of stress related urinary incontinence. Bladder compliance is normal.”, “ ”)       

   Recommended Treatment:
         If(C_Dx_IncProst=“¶Intrinsic Sphincter Weakness related to Prostate Surgery.”, “¶” &amp; “An artificial sphincter remains the treatment of choice.” &amp; “¶” &amp; “Collagen injected into the prostatic fossa can be tried in very mild cases, but success rates have been poor.”, “ ”)       

   E. BPH with Sphincter/Pelvic Floor Dyssnergia/Detrusor Overactivity 
   Diagnosis:
         If(Sex=“M”, If(Age≧45, If(Neurogenic Status Sx=“Non-Neurogenic”, If(Obstr_Score_%_M≧10, If(UPP Dysfunct&#39;l Score≧10, If(Cap at Vd Attpt≦400, If(Bladder Vol 1≧5 or Cap at Vd Attpt≦200, If(Stress Leak Risk M≦4, “¶Bladder Outlet Obstruction (BPH), with External Sphincter Spasticity and Detrusor Instability &amp;/or Hypersensitivity.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_BPHSphDysBlInst.=“¶Bladder Outlet Obstruction (BPH), with External Sphincter Spasticity and Detrusor Instability &amp;/or Hypersensitivity.”, “¶An initial conservative approach using an appropriate anticholinergic, an alpha blocker, and pelvic floor relaxation exercises, is recommended. Ditropan 5 mgm t.i.d and Minipress 1 mgm hs qd is suggested. Valium 5 mgm qd might also be used for anxious patients. Once irritative symptoms are settled down, surgical management via prostatectomy (TUPR, RRP, RPP) should be considered.”, “ ”)       

   F. Post Prostatectomy Incontinence with Decreased Bladder Compliance 
   Diagnosis:
         If(Sex=“M”, If(Age≧45, If(Presenting_Sx=“Incontinence”, If(Stress Leak Risk≧5, If(Compliance Signif≠ “Normal or Acceptable”, If(Neurogenic_Status_Sx=“Non-Neurogenic”If(Status=“Post-Op”, “Post Prostatectomy Stress Incontinence with Reduced Bladder Compliance.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_Inc_Prost_Cap=“¶Post Prostatectomy Stress Incontinence with Reduced Bladder Compliance.”, “¶” &amp; “While approaches to management of sphincter weakness can be tried, it is recommended that initial steps to be taken to minimize storage pressure within the bladder. Options include Ditropan, frequent voids, or augmentation cystoplasty. If successful, then an artificial sphincter would be the procedure of choice.”, “ ”)       

   G. BPH and Stress Incontinence (Sphincter Weakness Prior to Surgery) 
   Diagnosis:
         If(Stress Leak Risk≧10, If(Sex=“M”, If(Age≧45, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Obstr_Score_%_M≧10, If(Compliance_at_Capacity≦5, If(UPP Dysfunct&#39;l Score≦9, If(Cap at Vd Attpt≧200, If(Status≠“post-op”, “¶Outlet Obstruction and a Weak External Urethral Sphincter Mechanism.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_BPH_Stress=“¶Outlet Obstruction and a Weak External Urethral Sphincter Mechanism.”, “¶A cystoscopy and/or a VCUG (voiding cystourethrogram) should be performed to document SIGNIFICANT obstruction. As there is a significant weakness of the sphincter mechanism, an initial emphasis of therapy should be on conservation (i.e., alpha blockers and biofeedback) approaches.” &amp; “¶” &amp; “The patient should be counseled regarding the risks of stress incontinence that might follow surgery (TURP, etc.). Surgery should be conservative. If, post-op, there is a clear stress component, an artificial sphincter may be necessary.”, “ ”)       

   H. BPH with Detrusor Urge and Stress Incontinence (Sphincter Weakness) 
   Diagnosis:
         If(Sex=“M”, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Age≧45, If(Obstr_Score_%_M≧10, If(UPP Dysfunct&#39;l Score≧10, If(Cap at Vd Attpt≦350, If(Stress Leak Risk M≧10, If(Bladder Vol 1≧5, “¶Bladder Outlet Obstruction (BPH), Bladder and External Sphincter Over-Reactivity and External Sphincter Weakness.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_BPH_DetrSphUrgeStress=“¶Bladder Outlet Obstruction (BPH), Bladder and External Sphincter Over-Reactivity and External Sphincter Weakness.”, “¶This patient should be treated with an anticholinergic (e.g., Oxybutynin 5-10 mgm b.i.d. or Detrol 1-2 mgm qd). Other medications may be added to help stabilize CNS regulation of void reflexes (e.g., Minipress 1 mgm hs and/or Valium 5 m mgm b.i.d.). Neurotoxin approaches (Capsaicin or Botox instillations) can be considered as well as sacral nerve stimulation to stabilize the bladder.” &amp; “¶” &amp; “A cystoscopy and/or a VCUG (voiding cystourethrogram) should be performed to document any SIGNIFICANT obstruction.” &amp; “¶” &amp; “As the primary problem lies with dysfunctional storage behavior, the emphasis of therapy should be on conservation approaches.” &amp; “Often the urge component is the predominant problem and efforts should be made to decrease the urge sensation before resorting to surgery.” &amp; “¶” &amp; “Once irritative symptoms are settled down, surgical management can be considered.” &amp; “Spinal or local block anesthesia is recommended, as with pre-existing irritative symptoms, surgery can aggravate symptom over the long term. This is due to CNS wind-up phenomena. The patient should be counseled regarding the risks of stress incontinence and surgery should be conservative. If, post-op, there is a clear stress component, an artificial sphincter may be necessary.” &amp; “¶” &amp; “However, there is significant risk of failure because of the overactive bladder. Modulation approaches are often required for the long term, alone or in combination. The patient should also understand the need to empty frequently.”, “ ”)       

   I. BPH with Sphincter Urge/Stress Incontinence (Sphincter Weakness) 
   Diagnosis:
         If(Sex=“M”, If(Age≧45, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Obstr_Score_%_M≧10, If(UPP Dysfunct&#39;l Score≧10, If(Cap at Vd Attpt≧200, If(Stress Leak Risk M≦5, If(Compliance_at_Capacity&lt;5, If(Bladder Vol 1=&lt;5, “¶Bladder Outlet Obstruction (BPH), with External Sphincter Over-Reactivity.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”) “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_BPH_SphDys=“¶Bladder Outlet Obstruction (BPH), with External Sphincter Over-Reactivity.”, “¶An initial conservative approach should be tried to decrease outlet spasticity. An alpha blocker (e.g., Minipress)+/−a muscle relaxant (e.g., Valium) are often effective in combination. Minipress 1 mgm hs qd and Valium 5-10 mgm bid is one suggestion.” &amp; “¶” &amp; “Once irritative symptoms are settled down, surgical approaches can be considered. Spinal or local block anesthesia is recommended, as due to pre-existing irritative symptoms, surgery can aggravate the underlying void dysfunction over the long term. This is due to CNS wind-up phenomena. Bladder capacity is functionally reduced because of increased tonicity and sensitivity of the bladder and sphincter.”, “ ”)       

   J. BPH with Sphincter Urge/Stress Incontinence (Normal Bladder) 
   Diagnosis and Recommended Treatment:
         If(Sex=“M”, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Age≧45, If(Obstr_Score_%_M≧10, If(UPP Dysfunct&#39;l Score≧10, If(Cap at Vd Attpt&gt;250, If(Stress Leak Risk M≧10, If Bladder Vol 1=“ ”, “¶Bladder Outlet Obstruction (BPH), External Sphincter Sensory-Motor Overactivity, External Sphincter Weakness, but Bladder Activity Within Normal Limits.” &amp; “¶” &amp; “An initial conservative approach should be tried to decrease outlet spasticity. An alpha blocker (e.g., Minipress)+/−a muscle relaxant (e.g., Valium) are often effective in combination. Minipress 1 mgm hs qd and Valium 5-10 mgm bid is one suggestion.” &amp; “¶” &amp; “Once irritative symptoms are settled down, surgical approaches can be considered. Spinal or local block anesthesia is recommended, as due to pre-existing irritative symptoms, surgery can aggravate the underlying void dysfunction over the long term. This is due to CNS wind-up phenomena. Bladder capacity may be functionally reduced because of increased tonicity and sensitivity of the sphincter.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)       

   K. BPH with Detrusor Overactivity 
   Diagnosis:
         If(Sex=“M”, If(Age≧45, If(UPP Dysfunct&#39;l Score≦15, If(Stress Leak Risk≦10, If(Obstr_Score_%_M≧5, If(Cap at Vd Attpt≦350, If(Presenting_Sx≠“Pelvic pain”, If(Bladder Vol 1&gt;5, If(Neurogenic_Status_Sx=“Non-Neurogenic”, “¶Bladder Outlet Obstruction with Detrusor Overactivity.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_BPH_DetrInst=“¶Bladder Outlet Obstruction with Detrusor Overactivity.”, “¶Given the age of the patient, enlargement of the prostate and/or hypertrophy of the bladder neck should be considered along with an overactive bladder. The Detrusor overactivity should be dampened with appropriate anticholinergic therapy. Ditropan, Ditropan XL, or Detrol are the most effective medications. Capsaicin or Resiniferitoxin (RTX) instillation may also be considered. Retention is a risk and therefore dosing should be undertaken in a ramped fashion. TUPR or retropubic prostatectomy according to prostatic size, or other risk factors, may be indicated once conservative measures have been exhausted.”, “ ”)       

   L. BPH with Decreased Detrusor Compliance 
   Diagnosis:
         If(Sex=“M”, If(Age≧45, If(Presenting_Sx=“Incontinence”, If(Stress Leak Risk≧5, If(Compliance_Signif≠“Normal or Acceptable”, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Status=“Post-Op”, “Post Prostatectomy Stress Incontinence with Reduced Bladder Compliance.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_BPH_Inc_Prost_Cap=“¶Post Prostatectomy Stress Incontinence with Reduced Bladder Compliance.”, “¶” &amp; “While approaches to management of sphincter weakness can be tried, it is recommended that initial steps to be taken to minimize storage pressure within the bladder. Options include Ditropan, frequent voids, or augmentation cystoplasty. If unsuccessful, then an artificial sphincter would be the procedure of choice.”, “ ”)       

   M. BPH with a Weak Detrusor and a Weak Sphincter 
   Diagnosis:
         If(Cap at Vd Attpt&gt;500 and B1 Press on Vd Attpt&gt;10, If(Stress Leak Risk&gt;10, If(Obstr_Score_%_M&gt;10, If(UPP Dysfunct&#39;l Score&gt;10, “1) Present, but Attenuated Void Reflex, 2) Background of Dynamic Overactivity within Urethral Sphincter, and 3) Outlet Obstruction.”, “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_BPH_DetrHypo_Sph InstWkness_OutletObstr&#39;n=“1) Present, but Attenuated Void Reflex, 2) Background of Dynamic Overactivity within Urethral Sphincter, and 3) Outlet Obstruction.”, “¶Neuroreflex regulation, as evidenced by a flat CMG, weak volitional bladder contraction, and low basal urethral pressures, is significantly compromised. There is background unstable activity in the dynamic sphincter (EMG) recording. This combined with the weakened tonus suggests a chronic process, e.g., a long-standing and dyscoordinate void habit. Consistent with this is the obvious dyssenrgia in the void attempt. Finally, there is obvious prostatic obstruction that should be confirmed.” &amp; “¶” &amp; “As some reflex void activity remains, there is a possibility of void recovery after relief of the obstruction. The patient should be cystoscoped and a decision as to surgery made. The dyssnergic, overactive sphincter should be managed with use of alpha blockers and biofeedback with e-stim. If a TURP is done, the degree of necessary resection can be gauged by performing periodic crede flow studies during the procedure. This approach can help protect against over-resection and adding to his predisposed risk of incontinence.”, “ ”)       

   N. Non Specific Outlet Obstruction 
   Diagnosis:
         If(Age≧45, If(Obstr_Score_%_M≧10, If(Neurogenic_Status_Sx=“Non-Neurogenic”, “¶Bladder Outlet Obstruction.”, “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_Obstr&#39;n=“¶Bladder Outlet Obstruction.”, “¶Cystoscopy is recommended to assess what appears to be significant outlet obstruction on the urethral pressure profile.”, “ ”)
 
II. Incontinence
       

   A. Female Stress Incontinence 
   Diagnosis:
         If(Sex=“F”, If(Stress Leak Risk≧20, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Age≧15, If(Presenting_Sx=“Incontinence” or Presenting Sx — 2°=“Incontinence”, If(Presenting_Sx≠“Pelvic Pain”, If(Presenting Sx — 2°≠“Pelvic Pain”, If(Compliance_Signif=“Normal or Acceptable”, If(Cap at Vd Attpt≧300, If(UPP Dysfunct&#39;l Score≦10, “Urinary Stress Incontinence with Insignificant Urge.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”) “ ”), “ ”), “ ”), “ ”)   If(C_Dx_Inc_Stress_F=“Urinary Stress Incontinence”, “¶” &amp; “This Dx implies a performance weakness of the external urethral sphincter, in the presence of good bladder storage and compliance.”, “ ”)       

   Recommended Treatment:
         If(C_Dx_Inc_Stress_F=“Urinary Stress Incontinence with Insignificant Urge.”, If(Pk_Ur_Press≦50, “¶” &amp; “There is significant sphincter weakness evident on the urethral pressure profile. This may represent either intrinsic failure of muscle, or a failure of CNS sphincter memory, or both. Cystoscopy and a pelvic exam are recommended as surgery may be indicated for repair of weakened support.” &amp; “¶” &amp; “If there is any element of urge, this should be treated prior to surgery as the urge symptom may be aggravated by surgery.” &amp; “¶” &amp; “Intra-urethral (collagen/fat) injection therapy is recommended as management of pure intrinsic sphincter deficiency and normal bladder compliance.”, “ ”), “ ”),       

   B. Detrusor Urge Incontinence 
   Diagnosis:
         If(Presenting_Sx=“Incontinence” or Presenting_Sx=“Frequency”, If(Bladder Vol 1≦350, If(Stress Leak Risk≦10, If(UPP Dysfunct&#39;l Score≦20, “¶Incontinence Secondary to Overactive Bladder”, “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_DetrUrgeInc=“¶Incontinence Secondary to Overactive Bladder”, “¶This patient should be treated with an anticholinergic (e.g., Oxybutynin 5-10 mgm b.i.d. or Detrol 1-2 mgm qd). Other medications may be added to help stabilize CNS regulation of void reflexes (e.g., Minipress 1 mgm hs and/or Valium 5 m mgm b.i.d.).” &amp; “¶” &amp; Neurotoxin approaches (Capsaicin or Botox instillations) can be considered as well as sacral nerve stimulation to stabilize the bladder. A cystoscopy and/or a VCUG (voiding cystourethrogram) should be performed to document any SIGNIFICANT cystocole.“ &amp; “¶” &amp; As the primary problem lies with dysfunctional storage behavior, the emphasis of therapy should be on conservation therapies.”, “ ”)       

   C. Detrusor Urge with Sphincter Weakness Incontinence (Female) 
   Diagnosis:
         If(Sex=“F”,If(Stress Leak Risk&gt;10, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Presenting_Sx=“Incontinence” or Presenting_Sx=“Urinary Frequency”, If(Compliance_at_Capacity≧5 or Bladder Vol 1&gt;1, “¶Urge and Stress Urinary Incontinence”, “ ”), “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_DetrUrge_SphStress_F=“¶Urge and Stress Urinary Incontinence”, “¶Often the urge component is the predominant problem and efforts should be made to decrease the urge sensation before resorting to surgery. If there is a clear stress component, anatomical correction may be necessary. However, there is often intrinsic weakness of the sphincter that does not improve with bladder suspension surgery. Modulation approaches (e.g., anticholinergics/neurotoxin therapy or sacral nerve stimulation) are therefore often required, alone or in combination with suspension or bulking surgery. The patient should also understand the need to empty frequently the detrusor overactivity.”, “ ”)       

   D. Sphincter Urge Incontinence and Recommended Treatment 
   Diagnosis and Recommended Treatment:
         If(Stress Leak Risk≦20, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Presenting_Sx=“Incontinence” or Presenting_Sx=“Urinary Frequency”, If(Presenting Sx — 2°≠“Pelvic Pain”, If(Compliance_Signif=“Normal or Acceptable”, If(Bladder Vol 1&lt;2, If(UPP Dysfunct&#39;l Score&gt;10, “Sphincteric Instability with Urge Incontinence.” &amp; “¶” &amp; “Treatment should focus primarily on reducing excitability of the sphincter. Hence, somatic reflex activity should be treated with choices that include biofeedback, alpha blockers, and anti-anxiety meds.” &amp; “¶” &amp; “The bladder can be intermittently overactive because of spontaneous relaxation of the sphincter and disinhibition of the bladder. An anticholinergic can therefore be tried along with the other meds mentioned. However, not uncommonly, the bladder does not respond to medication if overactivity is tied to a somatic trigger. In such cases, neuromodulation (i.e., pelvic floor e-stim or sacral foramen stimulation) is a good option to consider.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)       

   E. Detrusor Urge/Sphincter Urge 
   Diagnosis &amp; Recommended Treatment: 
   If(Presenting_Sx=“Incontinence” or Presenting Sx — 2°=“Incontinence”, If(Bladder Vol 1≧2, If(Stress Leak Risk≦10, If(UPP Dysfunct&#39;l Score≧15, “¶Incontinence Secondary to Overactive Sphincter and related Overactivity of the Bladder.” &amp; “¶” &amp; “Treatment should address both the heightened excitability of the sphincter and the bladder. Hence, somatic reflex activity should be treated with choices that include biofeedback, alpha blockers, and anti-anxiety meds.” &amp; “The bladder can be suppressed with an anticholinergic. Not uncommonly, the bladder does not respond to medication if overactivity is tied to a somatic trigger. In such cases, neuromodulation is a good option to consider.”, “ ”), “ ”), “ ”), “ ”) 
   F. Detrusor and Sphincter Urge Incontinence with Sphincter Weakless Male 
   Diagnosis:
         If(Type of Surgery≠“TURP—Post”, If(Stress Leak Risk≧10, If(Age≧15, If(Presenting_Sx=“Incontinence” or Presenting_Sx=“Urinary Frequency”, If(Presenting Sx — 2°≠ “Pelvic pain”, If(Obstr_Score_%_M≦5, If(UPP Dysfunct&#39;l Score&gt;5, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Compliance_at_Capacity≦8 or Bladder Vol 1&gt;5, “¶¶Urge and Stress Urinary Incontinence”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_DetrSphUrge_Stress_M=“¶¶Urge and Stress Urinary Incontinence”, “¶Often the urge component is the predominant problem and efforts should be made to decrease the urge sensation before resorting to surgery. If there is a clear stress component, an artificial sphincter can be considered providing the patient understands the need to empty frequently and efforts are taken to control (e.g., Detrol or Ditropan) the detrusor overactivity.”, “ ”)       

   G. Non Specific Sphincter Weakness 
   Diagnosis:
         If(Stress Leak Risk≧5 and Obstr_Score_%_M&lt;5, “¶” &amp; “There is evidence of sphincteric weakness that may or may not be clinically relevant. Nevertheless, the finding is significant. It is evidence of a compromise in neuro-regulation of the pelvic floor and urethral sphincter.” &amp; “¶” &amp; “The patient is at risk for eventual development of incontinence if indeed the problem is not already manifest.”, “ ”)
 
III. Urethral Instability and Pelvic Pain
       

   A. Spastic Urethra (Urge Without Pain) 
   Diagnosis:
         If(Presenting_Sx≠“Pelvic Pain” and Presenting Sx — 2°≠“Pelvic Pain”, If(Compliance_Signif=“Normal or Acceptable”, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Cap at Vd Attpt≧300, If(UPP Dysfunct&#39;l Score≧10, If(Bladder Vol 1&lt;2, If(Sensitivity=“no pain”, “¶Spastic Dysfunction of the External Urethral Sphincter.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_Spastic_Urethra=“¶Spastic Dysfunction of the External Urethral Sphincter”, &amp; “¶” &amp; “This Dx implies instability of the external urethral sphincter. The problem is primarily motor as there was little to no significant sensitivity of the lower urinary tract tissues. The external urethral sphincter was found to have been behaviorally overactive during filling, dynamically hyperreflexic, or dyssnergic during the void effort.” &amp; “¶” &amp; “There can be a spectrum of symptoms that include urinary frequency, incontinence, or urinary retention, all arising from dyscoordinate or precipitate sphincter relaxation of the urethral sphincter and/or the pelvic floor. Bowel dysfunction is commonly present and should be addressed as part of the management approach. There is a high probability of poor voluntary regulation of the levator muscles.” &amp; “¶” &amp; “Treatment should be aimed at improving the contraction—relaxation dynamics of the pelvic floor, and decreasing overfacilitated, inefficient CNS circuits. Hence, a medication cocktail of Elavil, Minipress, and Xanax, or related drugs, is useful when combined with an intensive biofeedback effort. If this is unsuccessful then other more direct modulation approaches can be tried (e.g. pelvic floor e-stim or foramen stimulation).” &amp; “¶” &amp; “For severe anxiety personalities, professional counseling is a useful supportive measure.”, “ ”)       

   B. Spastic Hypersensitve Urethra 
   Diagnosis:
         If(Presenting_Sx≠“Pelvic Pain” or Presenting Sx — 2°≠“Pelvic Pain”, If(Compliance_Signif=“Normal or Acceptable”, If(Cap at Vd Attpt≧300, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(UPP Dysfunct&#39;l Score≧5, If(Bladder Vol 1&lt;2, If(Sensitivity=“marked” or Sensitivity=“minimal”, “¶Hyperactive, Hypersensitive External Urethral Sphincter.”, “ ”), “ ”), “ ”) “ ”), “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_Spastic_Urethra2=“¶Hyperactive, Hypersensitive External Urethral Sphincter.”, &amp; “¶” &amp; “This Dx implies a diffuse breakdown in reflex regulation of the pelvic floor and external urethral sphincter. The external urethral sphincter was found to have been behaviorally overactive during filling, dynamically hyperreflexic, or dyssnergic during the void effort. The problem is both motor and sensory, as there was significant sensitivity of the sphincter zone to movements of the urodynamic catheter.” &amp; “¶” &amp; “There can be a spectrum of symptoms that include urinary frequency, incontinence, urinary retention, or pain, all arising from dyscoordinate or precipitate sphincter relaxation of the urethral sphincter and/or the pelvic floor. There is a high probability of poor voluntary regulation of the levator muscles.” &amp; “¶” &amp; “Treatment should be aimed at improving the contraction—relaxation dynamics of the pelvic floor, and decreasing overfacilitated, inefficient CNS circuits. Hence, a medication cocktail of Elavil, Minipress, and Xanax, or related drugs, is useful when combined with an intensive biofeedback effort. If this is unsuccessful then other more direct modulation approaches can be tried (e.g., pelvic floor e-stim or foramen stimulation).” &amp; “¶” &amp; “For severe anxiety personalities, professional counseling is a useful supportive measure.”, “ ”)       

   C. Pain and Sphincter Weakness 
   Diagnosis:
         If(Presenting_Sx=“Incontinence” or Presenting Sx — 2°=“Incontinence”, If(Presenting_Sx=“Pelvic Pain” or Presenting Sx — 2°=“Pelvic Pain”, If(UPP Dysfunct&#39;l Score≧10, If(Bladder Vol 1≦2, If(Cap at Vd Attpt≦200, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Stress Leak Risk≧10, “¶Pelvic Pain with Increased Pelvic Sensitivity and Sphincter Weakness.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_Pain_Stress=“¶Pelvic Pain with Increased Pelvic Sensitivity and Sphincter Weakness.”, “¶The presence of pain suggests a significant neural disturbance that should be treated aggressively with medication or neuromodulation. Biofeedback programs can be applied or the patient considered for sacral nerve stimulation.” &amp; “¶” &amp; “Urethral bulking agents may be considered for the sphincter weakness and bladder suspensions reserved for only significant descensus problems. Local blocks or spinal anesthesia should be used for surgical approaches because of the significant risk of wind-up and aggravation of pain.”, “ ”)       

   D. Pain and Sphincter Urgency 
   Diagnosis:
         If(Presenting_Sx=“Pelvic Pain” or Presenting Sx — 2°=“Pelvic Pain”, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Bladder Vol 1≦2, If(Cap at Vd Attpt≧200, If(Stress Leak Risk≦10, If(UPP Dysfunct&#39;l Score≧10, “¶Pelvic Pain with Significant Urethral Hyperexciteability and Sensitivity.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_Pain_SphUrge=“¶Pelvic Pain with Significant Urethral Hyperexciteability and Sensitivity.”, “¶The sensitivity and hyperactivity of the urethral striated sphincter is consistent with the symptom of pain and inefficiency in central synaptic signaling. There is no obvious neurological deficiency to explain the urinary frequency, or occasional incontinence. Most always this problem is tied to long standing inefficiency in pelvic floor relaxation.” &amp; “¶” &amp; “Treatment should be aimed at improving the contraction—relaxation dynamics of the pelvic floor, and decreasing overfacilitated, inefficient CNS circuits. Hence, a medication cocktail of Elavil, Minipress, and Xanax, or related drugs, is useful when combined with an intensive biofeedback effort. If this is unsuccessful then other more direct modulation approaches can be tried (e.g., pelvic floor e-stim or foramen stimulation).” &amp; “¶” &amp; “For severe anxiety personalities, professional counseling is a useful supportive measure.”, “ ”)       

   E. Pain and Urinary Retention 
   Diagnosis:
         If(Presenting_Sx=“Urinary Retention” or Presenting Sx — 2°=“Urinary Retention”, If(Presenting_Sx=“Pelvic Pain” or Presenting Sx — 2°=“Pelvic Pain”, If(Bladder Vol 1≦2, If(Cap at Vd Attpt≦300, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Stress Leak Risk≦20, If(UPP Dysfunct&#39;l Score≧25, “¶Urethral Hyperexciteability and Sensitivity Contributing to Pelvic Pain and Urinary Retention.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment: 
   If(C_Dx_Pain_Retention=“¶Urethral Hyperexciteability and Sensitivity Contributing to Pelvic Pain and Urinary Retention.”, “¶There is no obvious neurological deficiency to explain the urinary retention. The sensitivity and hyperactivity of the urethral striated sphincter is consistent with a symptom of pain, and an underlying inefficiency in central synaptic signaling.” &amp; “¶” &amp; “The explanation for the retention lies in the inability of this compromised CNS circuitry to trigger a void reflex. Most always this problem is tied to long standing inefficiency in pelvic floor relaxation.” &amp; “¶” &amp; “Treatment should be aimed at improving the contraction—relaxation dynamics of the pelvic floor, and decreasing overfacilitated, inefficient CNS circuits. Hence, a medication cocktail of Elavil, Minipress, and Xanax, or related drugs, is useful when combined with an intensive biofeedback effort.” &amp; “¶” &amp; “If this is unsuccessful then other more direct modulation approaches can be tried (e.g., intravesical stimulation or foramen stimulation). The patient should be maintained on self catheterization with optional antibiotic prophylaxis (e.g., Macrodantin 50 mgm/d) while rehabilitation of the void is being tried.” &amp; “¶” &amp; “For severe anxiety personalities, professional counseling is a useful supportive measure.”, “ ”) 
   F. Pain and Retention and Sphincter Weakness 
   Diagnosis and Recommended Treatment:
         If(Presenting_Sx=“Urinary Retention” or Presenting Sx — 2°=“Urinary Retention”, If(Presenting_Sx=“Pelvic Pain” or Presenting Sx — 2°=“Pelvic Pain”, If(Bladder Vol 1≦2, If(Cap at Vd Attpt≧200, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Stress Leak Risk&gt;20, If(UPP Dysfunct&#39;l Score≧15, “¶Urethral Hyper Sensitivity Contributing to Pelvic Pain and Inhibition of Void Reflex. &amp; “¶” &amp; “Urethral weakness is present, but insufficient to cause incontinence at this point in time. However, further deterioration in sphincter competence is likely if neurodysregulation is not stabilized.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)       

   G. Pain and Detrusor Urgency/Sphincter Weakness 
   Diagnosis:
         If(Presenting_Sx=“Pelvic Pain” and Presenting Sx — 2°=“Urinary Frequency” or Presenting_Sx=“Urinary Frequency” and Presenting Sx — 2°=“Pelvic Pain” or Presenting_Sx=“Pelvic Pain” and Presenting Sx — 2°=“Incontinence” or Presenting_Sx=“Incontinence” and Presenting Sx — 2°=“Pelvic Pain”, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Bladder Vol 1≧5, If(Stress Leak Risk≧10, If(UPP Dysfunct&#39;l Score≧5, “¶Pelvic Pain with an Overactive Bladder and Urethral Weakness.”, “ ”), “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_Pain_DetrUrgeStress=“¶Pelvic Pain with an Overactive Bladder and Urethral Weakness.”, “¶The overactivity of the bladder distinguishes this neurologic entity from classic interstitial cystitis.” &amp; “¶” &amp; “A cystoscopy and/or a VCUG (voiding cystourethrogram) could be performed to document any SIGNIFICANT cystocole.” &amp; “¶” &amp; “This patient requires pharmacologic and/or neuro modulation. Initially an anticholinergic (e.g., Oxybutynin 5-10 mgm b.i.d. or Detrol 1-4 mgm qd) along with other medications (e.g., Minipress 1-2 mgm hs and/or Valium 5 m mgm b.i.d.) may be tried to help stabilize void reflexes.” &amp; “¶” &amp; “Subsequently, neurotoxin approaches (Capsaicin or Botox instillations) can be considered, or sacral nerve stimulation to stabilize void reflexes. Surgical options can be considered, but with careful protection against wind-up. However, modulation treatment of overfacilitated lower urinary tract behavior should be pursued prior to more traditional surgery.”, “ ”)       

   H. Pain and Classic Interstitial Cystitis 
   Diagnosis:
         If(Cap at Vd Attpt≦300, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Presenting Sx=“Pelvic Pain” or Presenting_Sx=“Urinary frequency”, If(Presenting Sx — 2°=“Urinary frequency” or Presenting Sx — 2°=“Pelvic Pain” or Presenting Sx — 2°=“ ”, If(Bladder Vol 1≦2, If(UPP Dysfunct&#39;l Score≧10, If(Compliance_at_Capacity&gt;5 or Sens&#39;n_B1_at_Cap=“increased”, “¶Pelvic Pain Syndrome with an Up-Regulated Sensorium.”, “ ”), “ ”), “ ”), “ ”), “ ”), “ ”), “ ”)       

   Recommended Treatment:
         If(C_Dx_PainIC_Classic=“¶Pelvic Pain Syndrome with an Up-Regulated Sensorium.”, “¶The pelvic pain experienced by this patient is tied to inefficiency in the reflex regulation of voiding. There is increased sensitivity of the pelvic floor and bladder. CNS control over the lower urinary tract has become diffusely up-regulated with overfacilitated behavior and/or sensitization of the viscera and pelvic floor.” &amp; “¶” &amp; “The prognosis for symptom control is greatly improved if the patient can optimize controlled relaxation of the pelvic muscles. Any decrease in pain is often reflected in improved stream quality.”, “ ”)       

   I. Pain and Detrusor Urgency 
   Diagnosis and Recommended Treatment:
         If(Presenting_Sx=“Pelvic Pain” or Presenting_Sx=“Urinary Frequency”, If(Bladder Vol 1&gt;1 and Bladder Vol 1≦350, If(Neurogenic_Status_Sx=“Non-Neurogenic”, If(Stress Leak Risk≦10, If(UPP Dysfunct&#39;l Score≧5, “¶Pelvic Pain tied to an Overactive Bladder and Urethral Sphincter Hyperactivity and Hypersensitivity.” &amp; “¶” &amp; “The overactivity of the bladder distinguishes this neurologic entity from classic interstitial cystitis. This patient requires pharmacologic and/or neuro modulation. An anticholinergic (e.g., Oxybutynin 5-10 mgm b.i.d. or Detrol 1-2 mgm qd), along with an alpha blocker (e.g., Minipress 1 mgm hs), can be used to help stabilize void reflexes. An antispasmodic (e.g., Valium 5 m mgm b.i.d.) can be added if necessary. Lifestyle adjustments that reduce stress, anxiety and fatigue are helpful, indeed, almost a necessity.” &amp; “¶” &amp; “Subsequently, neurotoxin approaches (Capsaicin or Botox instillations) can be considered or sacral nerve stimulation to stabilize the bladder.” &amp; “¶” &amp; “Augmentation cystoplasty should be used only as a last resort.”, “ ”), “ ”), “ ”), “ ”), “ ”)
 
IV. Neurogenic
       

   A. Neurogenic Disease 
   Diagnosis:
         If(Neurogenic_Status_Sx=“Neurogenic”, “¶Bladder and Sphincter dysfunction evident in this study is associated with the Patient&#39;s Neurogenic Diagnosis.”, “ ”)       

   B. Spastic Detrusor 
   Diagnosis and Recommended Treatment:
         If(Bladder Vol 1≧5, If(Neurogenic_Status_Sx=“Neurogenic”, “¶The Cystometrogram is consistent with an overfacilitated bladder. The recommended initial approach for the problem would be use of an anticholinergic (Oxybutynin or Detrol) in doses appropriate for side effects and patient&#39;s age.” &amp; “¶” &amp; “Neurotoxin therapy can also be considered (i.e., capsaicin, resinoferotoxin, or botox), alone or in combination with the anticholinergic meds. The advantage would be a lowering of side effects associated with higher doses of anticholinergics.”, “ ”), “ ”)       

   C. Neurogenic Obstruction 
   Diagnosis and Recommended Treatment:
         If(Obstr_Score_%_M≧5, If(Neurogenic_Status_Sx=“Neurogenic”, “¶Obstruction of the bladder outlet is evident on the urethral pressure profile. This observation should be confirmed on cystoscopy, preferably under general anaesthesia.” &amp; “¶” &amp; “A crede flow rate can be performed at that time, with curare, to differentiate meaningful anatomic obstruction from sphincter/pelvic floor spasm. If indeed there is a significant outlet obstruction, surgical correction could also be undertaken at the time.”, “ ”), “ ”)
 
V. Recommended Diagnostic Tests
       

   A. Standard Studies
         C_Eval&#39;n_Std•txt=“A voiding cystourethrogram (VCUG) and a cystoscopy should be performed to complete this patient&#39;s evaluation.”       

   B. Neurologic Testing
         C_Eval&#39;n_Stim•txt=“Sacral evoked potential studies followed by either a diagnostic sacral nerve block or a sacral root stimulation trial.”       

   C. Prostatic Studies
         If(C_Dx_BPH=“Bladder Outlet Obstruction”, C_Eval_Prostate•txt &amp; C_Eval_Crede•Flow•txt, “ ”)   C_Eval_Prostate•txt=“A voiding cystourethrogram (VCUG) and a cystoscopy should be performed to complete this patient&#39;s urodynamic evaluation. A rectal exam and a prostatic ultrasound are recommended to size the gland and rule out pathology other than BPH. The efficiency of prostatic compression, during voluntary pelvic striated muscle recruitment, should also be assessed during the ultrasound study.”       

   D. Crede Flow Study
         C_Eval_Crede•Flow•txt=“Crede generated flow studies are recommended before and after bladder outlet surgery. This will quantify the degree of anatomical obstruction before and after surgical manipulation.”       

   E. No Further Studies are Needed at this Time
         If(C_Dx_BPH=“Bladder Outlet Obstruction”, C_Eval_BPH•Surg, If(Eval&#39;n•Choice=“Standard Studies”, C_Eval&#39;n_Std•txt, If(Eval&#39;n•Choice=“Neurologic Testing”, C_Eval&#39;n_Stim•txt, If(Eval&#39;n•Choice=“Prostatic Studies”, C_Eval_Prostate•txt, If(Eval&#39;n•Choice=“Crede Flow Study”, C_Eval_Crede•Flow•txt, “No Further Studies are needed at this time.”)))))       

   Non Automated Menu of Diagnostic Choices 
   I. Specific Diagnosis 
   
       
       
         
           Hypersensitive Urethra 
           Hypersensitive Bladder 
           Poor Pelvic Muscle Control 
           Benign Prostatic Hyperplasia 
           Ca Prostate 
           Post RRP Anastomotic Stricture 
           Post TUPR Incontinence 
           Post RRP Incontinence 
           Bladder Neck Hypertrophy 
           Detrusor Spasticity 
           Functional Sphincteric Weakness 
           Dysfunctional Sphincter Spasticity 
           Intrinsic Sphincter Weakness 
           Radiation Injury 
           Spastic Neurogenic Bladder 
           Flaccid Bladder of Neurogenic Cause 
           Acontractile Bladder of Aberrant Reflex Etiology 
           Mixed Spastic/Flaccid Neurogenic Bladder 
           Stress Incontinence 
           Ideopathic/unknown factors 
           Bulbar Urethra Stricture 
           Membranous Urethra Stricture 
           Bladder Neck Stricture 
           Ideopathic Instability 
           Other
 
II. Descriptive (Functional Subclassification) Diagnosis
 
           Obstruction 
           Incontinence 
           Voiding Dysfunction
 
III. Descriptive Category
 
           Anatomic, and not Behavioral 
           Behavioral, and not Anatomical 
           Neurologic 
           Both Behavioral and Anatomical 
           Behavioral, possibly Neurologic
 
IV. Non Automated Treatment Choices
 
         
       
     
  
   A. Medications
         Not indicated at this time   An Alpha-blocker, A Valium-type medication, and a tricyclic antidepressant—alone or in combination   An Alpha-blocker (e.g., Minipress, Flomax, Clonidine Hytrin, or Cardura)   A Valium-type medication (e.g., Ativan, Xanax, Lorazapam)   A tricyclic antidepressant (e.g., Elavil, Paxil, Nortryptyline)   Elavil, Minipress   Elavil, Minipress, Valium   Elavil 10-25 mgm   Minipress 1 mgm   Flomax 0.04 mgm qhs   Hytrin 1 mgm   Tofranil 25 mgm   Ditropan 5 mgm       

   B. Surgery
         Surgery not presently indicated   TUPR   TUI of BN   DVIU   Capsaicin Instillation   Botox Sphincter Injection   Cysto and possible bladder biopsy   Augmentation Cystoplasty   CystoUrethroplexy   Modulation Trial (via S3 Stimulation)   Foramen Electrode Implant   Artificial Sphincter   Collagen/Fat Injection   Other—Add here       

   C. Modulation
         Not Applicable   Indicated in the Near Future   Specific 1° Type:
           Biofeedback Reeducation of Pelvic Floor Muscle Control (Kegal Exercises)   Acupuncture   Psychotherapy   a Sacral Foramen Trial   Pelvic Floor Stimulation   
           Specific 2° Type:
           and Biofeedback Reeducation of Pelvic Floor Muscle Control (Kegal Exercises)   and Acupuncture   and Psychotherapy   and Sacral Foramen Trial   and Pelvic Floor Stimulation
 
V. Summary Reporting
   
               

   A. Prognosis
         Cure   Improvement   Stabilization       

   B. Study Performed By
         List of Names by Title:
           Nurses   Technicians   Fellows   Doctors   
               

   C. Intro for Summary Letter
         List of Referring Sources       

   D. Bladder Only Letter (CMG Letter)
         “¶” &amp; “The overall efficiency of bladder storage/evacuation was rated as being” &amp; Abn_Bladder %_score_Lay &amp; “(“&amp; Int(Round(Abn_Bladder_%_score, 5)) &amp; “%” &amp;”)”&amp; “abnormal.” &amp; “¶¶” &amp; “• Storage—The maximum tolerated Capacity with filling was “&amp; Storage_B1_Cap &amp; ” cc&#39;s (N=4-500).” &amp; “¶¶” &amp; “• Sensation—First sensation of filling occurred at “&amp; Sens&#39;n_Frst_Vol &amp; ” cc&#39;s and a bladder pressure of” &amp; Sens&#39;n_Max_Press_Detr &amp; “cmH2O.” &amp; “¶” &amp; “There was “&amp; Sens&#39;n_B1_at_Cap &amp;” appreciation of bladder distension on filling the bladder.” &amp; “¶¶” &amp; “• Compliance—The Bladder pressure was “&amp; Compliance_at_Capacity &amp;” cmH2O (N=0), prior to the void attempt.” &amp; “¶” &amp; “The Compliance calculation was” &amp; Compl_Tot_Score_PerC &amp; “% abnormal. The significance of this value is therefore—” &amp; Compliance_Signif &amp; “.” &amp; “¶¶” &amp; “• Contractility—A maximum pressure of “&amp; B1 Press on Vd Attpt &amp;” cmH2O (N=&lt;25) was obtained with the contraction lasting” &amp; Det&#39;r Dur&#39;n &amp; “sec.” &amp; “¶¶” &amp; “• Reflex Integrety—Detrusor Reflex Behavior with the void attempt was “&amp; Detr Contr&#39;n &amp;”.” &amp; “¶” &amp; “Detrusor Reflex exciteability was found to be” &amp; Detr Refl Rating &amp; “% greater than accepted normal.” &amp; “¶” &amp; “This degree of reflex exciteability would be considered clinically to be “&amp; Detr Reflex Signif &amp; ”.”       

   E. Bladder/Outlet Letter (CMG+UDP Letter)
         CMG Letter+“¶¶” &amp; “The Urethral Pressure Profile was rated as being “&amp; Abn_Profile_%_layman &amp;” (“&amp; Abn Profile % txt &amp; ” %) deviated from that of normal.” &amp; “¶¶” &amp; “• Outlet Resistance—The full Profile Length measured “&amp; UPP_Total &amp;” cm&#39;s. The Obstructing Zone was” &amp; Length of Obstructive Zone &amp; “cm&#39;s. &amp; “å” &amp; “The Functional Sphincter zone was therefore—” &amp; UPP_Sph_Length &amp; “cm (N=3-3.5).” &amp; “¶¶” &amp; “•Average Peak Sphincter Pressure—This was measured at “&amp; Aver Pk Press f &amp; “cmH2O (N=60-80).” &amp; “¶¶” &amp; “• The Shape of the profile was consistent with a “&amp; Profile Pattern &amp; “posterior urethra.” &amp; “¶¶” &amp; ”• There was “&amp; Sensitivity &amp; “discomfort experienced by the patient to the insertion and movement of the catheter within the external urethral sphincter zone.” &amp; “¶¶” &amp; “• Levator EMG “&amp; Levator_EMG — 1 &amp;” ” &amp; Levator_EMG — 2 &amp; “¶¶” &amp; “The following diagnostic impressions were suggested by the profile:” &amp; “¶¶” &amp; “a) There was “&amp; Obstr_Score_%_M_Lay &amp;” (“ &amp; Obstr_Score_%_M &amp; ” %) obstructive component.” &amp; “¶” &amp; “b) There was “&amp; UPP_Dysfunct&#39;l_Score_Lay &amp;” (“&amp; UPP Dysfunct&#39;l Score &amp; ”%) Spastic Dysfunction of the External Urethral Sphincter.” &amp; “¶” &amp; “c) There was “&amp; Stress_Leak_Risk_Lay &amp;” (“&amp; Stress Leak Risk &amp; “%) risk of Stress Urinary Incontinence.”       

   F. Bladder Outlet/Flow Rate Letter (CMG+UDP+Flow Rate) 
   CMG Letter+UDP Letter+“¶¶” &amp; “The Pattern of Uroflow obtained was rated as being “&amp; Flow_Abn Score %′age &amp; ” % deviation from normal.” &amp; “¶¶” &amp; “The Flow Rate data obtained was as follows:” &amp; “¶¶” &amp; “• Peak Flow— “&amp; Flow_Pk Flow Rate N° &amp;” cc/sec (N=&gt;25).” &amp; “• Average Flow—“&amp; Flow_Av_Rate_N° &amp; ” cc/sec (N=&gt;12.5).” &amp; “¶¶” &amp; “•Post Void Residual—“&amp; Flow_Residual &amp; ” cc (N=&lt;15).” &amp; “• The Volume Voided was—“&amp; Flow_Vol Vd &amp;” cc&#39;s (N=4-500).” &amp; “¶¶” &amp; “• The total Storage volume of the bladder was therefore “&amp; Flow_StrCap &amp;” cc (N=4-500).” &amp; “¶¶” &amp; “• The basic pattern of was that of a—“&amp; Flow Curve &amp; ”.” &amp; “¶¶” &amp; “• The main voided stream was—“&amp; Flow Behavior MF &amp; ”.” &amp; “¶¶” &amp; “• Termination of the stream was associated with—“&amp; Flow Behavior PMF &amp;”.” 
   The provision of these calculated diagnoses and treatments could also be combined with a recognize shorthand classification system indicating the particular pattern of disability. One suggested shorthand is a “TRS” system. TRS stands for “Tone,” “Reflex Excitability,” and “Sensation.” On physical examination, each of these factors may be rated, for example, on a scale of 0 to 3 for both the detrusor and the sphincter, respectively, the ratings corresponding to particular conditions of the respective muscles. By using the scale factors as subscripts to the TRS, a quick glance could tell a urologist or others knowledgeable in this field the nature and scope of the patient&#39;s pathology. An example of TRS classification could be: D-T 3 R 0 S 1 /S-T 0 R 2 S 2 , where the prefatory D and S stand for detrusor and sphincter, respectively. For objective clinical urodynamic testing as discussed herein, the TRS classification could be more refined, for example, using ratings on a scale of 0 to 4 or 5 to track finer nuances between conditions, provide more exacting diagnoses, and more closely matching the level of treatment necessary for the particular problem. 
   Patient diagnoses and recommended treatments according to the UPP diagnostic program may be provided in a summary report as shown in  FIGS. 40A-G . Such a report may be automatically generated for presentation to the clinician or referring physician, to detail a course of treatment, for example, as shown in Section V: Summary Reporting above. The report may include both a narrative explanation as well as figures indicating the various UPP readings, such as flow patterns, obstruction patterns, sphincter excitability, and other graphic patterns indicating the relevant urinary tract dysfunction. The report may, for example, be displayed on a computer screen, printed on paper, transmitted by e-mail, generated in HTML as a web page, or provided in any comparable means over the Internet or any other communications network or system. 
   The report generation module may also link with a medical reference database to create a list of medical references and/or abstracts pertinent to the patient&#39;s condition. This reference listing may be included as part of the reporting functions of the program. In the case of reporting over a computer network, such as the Internet, the medical reference list may be in the form of hypertext links to allow the clinician or referring physician to immediately access the reference for review. The report generation module may also tie-in with the UPP diagnostic program provider&#39;s billing system to generate and include a statement of services and fees to the referring physician. The referring physician or technician may also include the patient&#39;s insurance information when entering the patient&#39;s history into the UPP diagnostic program. This insurance information may be transferred to the program provider&#39;s billing system to request payment directly from an insurer. 
   The method of diagnosis of urinary tract dysfunction disclosed herein provides significant advantages over the present state of the medical system. Today, appropriate diagnosis and treatment is wholly dependent upon the expertise of the treating physician. Such expertise is based upon the level of the physician&#39;s own study, research, and personal experience, which can be limited due to time, practice specialty (e.g., urologist vs. internist), geography (e.g., rural vs. urban), and other considerations. The UPP diagnostic program avoids these limitations by providing a consistent analytical framework and a thorough analysis of all relevant factors. The analysis is further based upon the application of clinically determined norms for both healthy and pathological conditions. Analysis through the UPP diagnostic program can also be based upon and compared to a database of patient groupings with similar conditions to evaluate the efficacy of treatments, experiments, or trials, for example, surgical correction, drug products, mechanical devices, implant electrical stimulation, biofeedback, drug delivery systems, bulking agents, and insertable devices. Further, the benefits of the program may be made available to anyone, practically anywhere, through the use of standard communications networks and interfaces with the program. 
   Although various embodiments of this invention have been described above with a certain degree of particularity, or with reference to one or more individual embodiments, those skilled in the art could make numerous alterations to the disclosed embodiments without departing from the spirit or scope of this invention. It is intended that all matter contained in the above description and shown in the accompanying drawings shall be interpreted as illustrative only of particular embodiments and not limiting. Changes in detail or structure may be made without departing from the basic elements of the invention as defined in the following claims.