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One hundred ninety-five male and female patients over 65 years old presenting with urinary incontinence were evaluated by clinical and urodynamics. Urinary incontinence was in the form of urgency-incontinence in 68% of the cases, incontinence at cough in 26%, and urinary incontinence which the patient referred to no specific situation in 6%. Among the different urodynamics data, bladder instability was the most common (73%). Urinary stress incontinence was observed in 35% of the cases. Bladder instability was demonstrated in 77% of the cases with urgency-incontinence and in 69% of the cases with incontinence not referred to a specific situation. All the male patients with lower urinary tract obstruction had urgency-incontinence. Stress incontinence was demonstrated in 60% of the cases with incontinence at cough. Stress incontinence was not observed in male patients without associated diseases. The associated neurological disorder was accompanied by bladder hyperreflexia in 90% of the cases. A prior adenomectomy or hysterectomy was associated with a greater number of cases with stress urinary incontinence, accounting for 62% in both males and females.
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PMID:[Urinary incontinence in the elderly: clinical and urodynamic review of 195 cases]. 186 7

Bladder pressure changes in the completely physiological state of dogs were recorded on voiding, coughing, defaecating, vomiting, etc, by a pressure transducer embedded in the submucosal layer of the anterior bladder wall. The static pressures in the standing and lying positions were almost the same at about 10 cm H2O and in the sitting position the pressures were about 30 cm H2O. The voiding pressure was recorded 28 times and ranged from 44 to 257 cm H2O (average 141). These data were higher than expected and we recommend further studies on the maximum voiding pressure. On voiding, various patterns of pressure curve were observed and in the monophasic pressure curve, which probably shows normal urination, there was a time difference between urine flow and voiding pressure curve. Our new method may be useful not only as a sensory device for neurogenic bladder patients but also as an experimental system to study the effect of drugs on autonomic nerves.
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PMID:Continuous monitoring of bladder pressure in dogs in a completely physiological state. 342 16

Simultaneous electromyographic (EMG) recordings from the left and right pubococcygeal muscles were obtained in 10 continent nulliparous women (aged 22-32 years) via wire electrodes inserted percutaneously. During relaxation, sustained motor unit firing was obtained in 14 and no EMG activity in 4 of the 20 recorded muscle sites. During voluntary squeeze, stopping urine in midstream and coughing there was always bilateral recruitment of motor units that was gradual in the recording sites with ongoing EMG activity and brisk in the sites without EMG activity; the 2 different patterns of activity were called "tonic" and "phasic" respectively. Voluntary squeeze led to activation of motor units sustained for 26 to 647 s (median 193.9) with the bladder empty and 25 to 600 s (median 198.4) with a full bladder. A marked decrease in ongoing tonic motor unit activity was seen during the attempt to urinate. Bladder filling caused an increase in tonic activity in 7 females bilaterally and in 1 unilaterally, whereas there was no change in 3 women. During the Valsalva manoeuvre, simultaneous motor unit recruitment was seen in all subjects bilaterally with the bladder empty and in all but one with the bladder full: in the latter case the motor unit recruitment with an empty bladder changed into simultaneous bilateral inhibition of firing of motor units with a full bladder (both in the supine and erect position); this pattern changed to bilateral recruitment of motor units again after bladder emptying. It is important to be familiar with the normal patterns of activity of the pubococcygeal muscles in continent nulliparous women since the denervation injury caused by childbirth might not only weaken these muscles but also influence their behaviour.
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PMID:Activity patterns of pubococcygeal muscles in nulliparous continent women. 814 78

Stress urinary incontinence, the complaint of involuntary leakage during effort or exertion, occurs at least weekly in one third of adult women. The basic evaluation of women with stress urinary incontinence includes a history, physical examination, cough stress test, voiding diary, postvoid residual urine volume, and urinalysis. Formal urodynamics testing may help guide clinical care, but whether urodynamics improves or predicts the outcome of incontinence treatment is not yet clear. The distinction between urodynamic stress incontinence associated with hypermobility and urodynamic stress incontinence associated with intrinsic sphincter deficiency should be viewed as a continuum, rather than a dichotomy, of urethral function. Initial treatment should include behavioral changes and pelvic floor muscle training. Estrogen is not indicated to treat stress urinary incontinence. Bladder training, vaginal devices, and urethral inserts also may reduce stress incontinence. Bulking agents reduce leakage, but effectiveness generally decreases after 1-2 years. Surgical procedures are more likely to cure stress urinary incontinence than nonsurgical procedures but are associated with more adverse events. Based on available evidence at this time, colposuspension (such as Burch) and pubovaginal sling (including the newer midurethral synthetic slings) are the most effective surgical treatments.
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PMID:Stress urinary incontinence. 1533 76

INDICATIONS FOR URODYNAMIC ASSESSMENT IN WOMEN: Urodynamic assessment is not useful for the diagnosis of female urinary incontinence which remains a clinical diagnosis. Before any form of surgery for pure stress urinary incontinence, evaluation of bladder emptying by determination of maximum flow rate and residual urine is recommended. In the presence of pure stress urinary incontinence with no other associated clinical symptoms, a complete urodynamic assessment is not mandatory, but can be helpful to define the prognosis and inform the patient about her vesicosphincteric function. On the other hand, a complete urodynamic assessment is recommended to investigate complex or complicated urinary incontinence, mainly in the case of: history of surgery for urinary incontinence. urgency with or without urine leakage, severe urinary incontinence, voiding abnormalities, negative cough test, decreased bladder capacity, suspected obstruction or decreased bladder contractility, failure of first-line treatment. PATIENT PREPARATION: The patient should be thoroughly informed about the examination procedure and its possible consequences. The patient should be advised to attend the examination with a normal desire to urinate. Urodynamic assessment must not be performed in the presence of untreated urinary tract infection. Antibiotic prophylaxis is not recommended. UROFLOWMETRY: The flowmeter must be regularly calibrated and must be installed in a quiet room. Whenever possible, uroflowmetry should be performed before cystometry with a normal desire to urinate. The patient should be advised to urinate normally without straining and by staying as relaxed as possible. During voiding, all of the stream must enter the flowmeter. The main parameters recorded are Qmax (expressed in ml/s), the voided volume (expressed in ml), and the appearance of the curve. The examination must be interpreted manually without taking into account the automated interpretation. GUIDELINES CONCERNING CYSTOMETRY EQUIPMENT: A three pressure line configuration is recommended. Bladder filling must be performed with a sterile liquid; filling with gas is no longer recommended. Bladder filling is ideally performed by a pump ensuring a sufficiently slow flow rate to avoid modifying bladder behaviour (< 50 ml/min). It is essential to determine and check the volume infused into the bladder. When a peristaltic pump is used, the bladder filling catheter must be adapted to the pump. Water or electronic transducers can be used to measure bladder pressure. Balloon catheters filled with air appear to be sufficiently precise to perform pressure measurements in a manometric chamber (during cystometry) but not in a virtual cavity such as the urethra (during the urethral pressure profile). Measurement of abdominal pressure is recommended, either via the infusion catheter or preferably by a rectal balloon catheter. GUIDELINES ON THE PRACTICAL CONDITIONS OF CYSTOMETRY: The equipment must be regularly calibrated. Make sure that the bladder is empty before starting cystometry. Transducers are zeroed at the superior extremity of the pubic symphysis for infused transducers and at atmospheric pressure for electronic and air transducers. Tubings must be correctly connected without kinks, bubbles or leaks. The catheter must be selected according to its technical characteristics, particularly its pressure loss. After filling for one or two minutes, the patient is asked to cough to ensure a similar increase in both abdominal pressure and bladder pressure. The following parameters are recorded: baseline detrusor pressure, first desire to void, detrusor activity, bladder capacity and bladder compliance. Measurement of bladder pressure during voiding is used to confirm whether or not the bladder is contractile, assess obstruction in the case of low urine flow rate with high bladder pressure, and detect abdominal straining. Good test conditions must be ensured in order to obtain good quality voiding. In the case of incoherent results, the bladder should be re-filled after checking the equipment. MEASUREMENT AND INTERPRETATION OF URETHRAL PRESSURE: To obtain a reliable measurement of urethral pressure, it is recommended to: Define the normal values used. Use a catheter smaller than 12 F. Perform a circumferential measurement. Use a catheter with an infusion rate of 2 ml/min. Remove the catheter at a rate of 1 mm/s. Perform the examination in the seating or supine position with a half-full bladder after reducing any prolapse. Repeat the measurements. THE FOLLOWING ELEMENTS MUST BE TAKEN INTO ACCOUNT WHEN INTERPRETING AN URETHRAL PRESSURE PROFILE: The functional urethral length is neither a diagnostic criterion nor a prognostic criterion of urinary incontinence. The urethral pressure profile cannot be considered to be a useful test for the diagnosis of female urinary incontinence. However, in combination with clinical criteria, it is predictive of the results of female stress urinary incontinence surgical repair techniques. The pressure transmission ratio is neither a diagnostic criterion nor a prognostic criterion of urinary incontinence.
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PMID:[Recommendations for the urodynamic examination in the investigation of non-neurological female urinary incontinence]. 1821 38

Urinary incontinence is a frequent affliction in women and may be disabling and costly {LE1}. When consulting for urinary incontinence, it is recommended that circumstances, frequency and severity of leaks be specified {Grade B}. The cough test is recommended prior to surgery {Grade C}. Urodynamic investigations are not needed before lower urinary tract rehabilitation {Grade B}. A complete urodynamic investigation is recommended prior to surgery for urinary incontinence {Grade C}. In cases of pure stress urinary incontinence, urodynamic investigations are not essential prior to surgery provided the clinical assessment is fully comprehensive (standardised questionnaire, cough test, bladder diary, post-void residual volume) with concordant results {PC}. It is recommended to start treatment for stress incontinence with pelvic floor muscle training {Grade C}. Bladder training is recommended at first intention in cases with overactive bladder syndrome {Grade C}. For overweight patients, loss of weight improves stress incontinence {LE1}. For surgery, sub-urethral tape (retropubic or transobturator route) is the first-line recommended technique {Grade B}. Sub-urethral tape surgery involves intraoperative risks, postoperative risks and a risk of failure which must be the subject of prior information {Grade A}. Elective caesarean section and systematic episiotomy are not recommended methods of prevention for urinary incontinence {Grade B}. Pelvic floor muscle training is the treatment of first intention for pre- and postnatal urinary incontinence {Grade A}. Prior to any treatment for an elderly woman, it is recommended to screen for urinary infection using a test strip, ask for a bladder diary and measure post-void residual volume {Grade C}. It is recommended to carry out a cough test and look for occult incontinence prior to surgery for pelvic organ prolapse {Grade C}. It is recommended to carry out urodynamic investigations prior to pelvic organ prolapse surgery when there are urinary symptoms or occult urinary incontinence {Grade C}.
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PMID:Diagnosis and management of adult female stress urinary incontinence: guidelines for clinical practice from the French College of Gynaecologists and Obstetricians. 2023 51

Most intraoperative provocative tests previously reported were performed after mesh adjustment to confirm the absence of urine leakage. Instead, our test was performed before adjustment of the mesh to control the tape tension after observing the pattern of the urine leakage. We studied whether this method had an effect on the success rate of transobturator tape (TOT) procedures. A total of 96 patients were included: 47 patients underwent TOT procedures without intraoperative testing (Group I) and 49 patients underwent TOT procedures with testing (Group II). Bladder filling was performed with at least 300 ml of normal saline during the test. After observing the pattern of the urine leakage before adjustment of the mesh by coughing or manual pressure on the suprapubic area, we controlled the mesh tension. In Group I, which did not undergo the intraoperative test, the Valsalva leak-point pressure, cough leak-point pressure, preoperative and postoperative peak flow velocity (Qmax), and postvoiding residual urine (PVR) were 86.46 cmH2O, 101.91 cmH2O, 20.82 ml/s, 22.74 ml/s, 19.77 ml, and 45.98 ml, respectively. Changes in the postoperative and preoperative Qmax and PVR were 1.92 ml/s and 26.21 ml, respectively. In Group II, in which the test was applied, the corresponding results were 85.50 cmH2O, 100.45 cmH2O, 25.60 ml/s, 26.90 ml/s, 17.16 ml, and 29.67 ml, respectively. Changes in the postoperative and preoperative Qmax and PVR were 1.3 ml/s and 12.51 ml, respectively. The two groups showed no significant differences in any of the variables. In Group I, the cure and improvement rates were 70.2% and 27.7%, respectively. In Group II, the rates were 91.8% and 8.2%, respectively. Group II had a significantly higher success rate than Group I (p value= 0.011). In the univariable logistic regression analysis, Group II exhibited a higher odds ratio (4.771) than Group I in terms of cure rate, and Group II had a higher success rate than Group I (p value=0.011). In the multivariable logistic regression analysis, Group II exhibited a higher odds ratio (4.700) than Group I in terms of cure rate under calculation of the variables (namely, age, hypertension, preoperative Qmax, and PVR), and the cure rate of Group II was verified to be significantly higher than that of Group I (p value=0.019). We suggest that our test is an effective method to confirm whether adequate tension is being applied to the tape. Our method presents some advantages in that surgeons can control and adjust the tension of the mesh after observing the degree and pattern of the urine leakage.
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PMID:Intraoperative Observation of the Degree and Pattern of Urine Leakage before Adjustment of the Mesh during a Transobturator Tape Procedure. 2556 44