Physiotherapy Management of Urinary and Fecal

Urinary incontinence is a real global public health challenge. The International Continence Society has defined urinary incontinence as the involuntary loss of urine that is both objectively demonstrable and a social or hygiene problem. Fewer than 30% of women with fecal incontinence seek care, and lack of information about effective solutions is an important barrier for both patients and health care professionals. Even among women with both urinary and fecal incontinence presenting for urogynecologic care, the rate of verbal disclosure of fecal incontinence symptoms remains low [1]. The goal of this study was to describe the pelvic floor physiotherapy treatment in a difficult case of a nulliparous young athlete who complained of urineand fecal incontinence following two hemorrhoidectomies. We intend to test if physiotherapy is an efficient treatment for urine and fecal incontinence for a nulliparous young athlete. In 2009, (Lasserre, et al.[2]) estimate that urinary incontinence in the French female population reaches a percentage of 26.8%, of which 34.5% in women aged between 60-69 years, 34% in women aged between 70-79 years and 46.6% in those of over 80 years. Of all the women surveyed, 60% of them have never consulted a doctor for incontinence, and 48% declare that they wear absorbent pads all the time. The incidence in women has been reported to be over 50% [3,4], with the likelihood of pregnancy significantly increasing the risks of urinary incontinence. Among female athletes, it has been shown that there is an increased percentage of urinary incontinence, which is often not reported to the coach, parents, or doctor. Following several studies, the percentage of stress urinary incontinence among sportswomen can reach a ratio between 28% and 80%. The sports with the highest risk are those requiring repeated impacts with the ground: trampoline, gymnastics, hockey, ballet, jumping, etc. [5-8]. Female performance athletes practicing trampoline jumping have been shown to report the highest prevalence of urinary incontinence, 80% [9]. Also, female athletes have an increased percentage of emergency incontinence due to bladder hyperactivity, especially in sports such as cycling or football [7]. The occurrence of this condition is, in most cases, of multifactorial origin, its treatment being complex. Even though there is an increase in the percentage with age, this disability can affect all ages.The medico-social consequences are considerable: the difficulty of schooling in children, the shame and the decrease in the quality of life and self-esteem in adults, the need to institutionalize the elderly. Also, vesico-sphincteric disorders represent the main handicap of patients with severe neurological disorders such as multiple sclerosis, spinalcord trauma, Parkinson’s, etc. Although it is such a common condition, many women suffer from urinary incontinence and hesitate to seek help from a specialist. The belief that urinary incontinence is a natural process of aging or a consequence of repeated births, combined with embarrassment, discourages them from seeking professional help. In the absence of adequate treatment, the patient limits her physical activities, social and professional life, and her sex life deteriorates. Due to the fear that urination may occur in embarrassing situations, the patient may develop anxiety or depression, low self-esteem and significantly low quality of life [10].

Management in the treatment of incontinence includes behavioral treatment, physical therapy by strengthening the pelvic floor muscles, medication or even surgical treatment in some situations. (Fantl, et al. [10]) suggested that in treatment management, as a rule, the first choice should be the least invasive method with the fewest adverse effects and complications for the patient. In this context, behavioral and pelvic floor muscle training techniques meet these criteria for most forms of urinary incontinence [11-13]. Urinary and fecal incontinence have a major impact from both an ecological, economic, health point of view through urinary infections [14] and skin conditions [15], but also psychologically and socially through decreased quality of life [16-18]. Even though most PPE manufacturers are trying to become more and more eco-responsible, the manufacture and large-scale use of PPE has a non-negligible impact on the planet. The economic impact of UI is quite difficult to estimate, first of all, due to the lack of a real percentage of the incidence of this condition, of the direct costs (the cost of medical and therapeutic consultations, the costs of hospitalizations, absorbent protections…) and secondly because of the indirect costs of incontinence: absenteeism and performance at work, psychological disorders, depression [19,20]. In France, the economic impact of UI in 2006 through the cost of protections sold in pharmacies and shopping centers was 170 million euros, with an annual increase between 8 and 15% [21]. In the United States, the total cost of overactive bladder in 2007 was estimated at $65.9 million, with a projected increase in 2015 to $76.2 million and $82.6 million in 2020 [22]. Fecal incontinence is defined as the involuntary loss of rectal contents through the anal canal and the inability to delay a bowel movement until it is socially convenient. A time and age component of at least one month and an age of at least 4 years with previousl previously achieved bowel control are attached to the definition [23,24].

Depending on the Present Circumstances, Fecal Incontinence is Usually Classified as:

1. Passive incontinence (involuntary discharge without anyawareness);

2. Urge incontinence (emptying despite active attempts to retain contents);

3. Fecal seepage [25].

The aim of this work is that the recovery program based on physical exercises and physiotherapy techniques of a nulliparous young athlete with urinary and fecal incontinence will help to increase the force of perineal muscle contraction, improve symptoms and increase

Clinical Case

This study is a qualitative observational study of a 32-year-old female athlete with urinary and fecal incontinence associated with a prolapse occurred in 2018 following hemorrhoid surgery. The patient had already had a similar operation in 2015, but without secondary incontinence or prolapse. The study was carried out in Mions (France), between September 2021 and April 2022.

The Recovery Stages Consisted of

History and Clinical Examination: A 32-year-old patient presents herself to the office on 09/14/2021 with a medical prescription from her family doctor. Since the date of the prescription on 25/06/2021, the patient searched for 3 months for an office specialized in perineal recovery, this specialization being little addressed by physiotherapists. The patient complains of urinary and fecal incontinence since 2018 following a hemorrhoid surgery. She was operatedon in two stages for hemorrhoids in 2015 and 2018, but the first intervention was without complications. Following the second post-operative report from 2018, the doctors reported that this intervention would not have a direct impact on the patient’s urinary, fecal, or prolapsed incontinence, but was only a triggering element of several factors: sports – horse riding, badminton ; professional environment – the patient has been working for several years in a parcel center, often lifting heavy packages; smoking – the patient smokes more than 20 cigarettes a day since the age of 22. Also, a trigger can be an intolerance to a drug administered post-operatively with severe side effects: abdominal pain, severe vomiting and diarrhea. Severe vomiting could have triggered a sudden hyperpressure on the pelvic floor, thus causing deformations and dysfunctions and statics of the pelvic floor. The patient has lost her job, which causes serious financial problems, has had sexual problems, suffers from depression and even recently applied to the insurance company to be recognized as a disabled person. The patient states the following: she has a daily fecal incontinence, stage 2 stress urinary incontinence with a frequency of 2, 3 times a week, an urge urinary incontinence with daily urinary urges, often occurring with urinary leakage depending on the conjuncture or the situation, if the patient can reach the toilet in time.All these symptoms have important social (66%), psychological (99%) and intimate (99%) consequences.

Radiological Examinations Revealed

1. MRI: anterior rectocele grade I-II, cystocele grade I (examperformed in 2018);

2. Normal recto-anal manometry in 2019;

3. Normal endo-anal ultrasound, with integrity of the internal and external anal sphincter in 2019;

The Physiotherapy Clinical Examination Revealed:

1. Good abdominal tonicity;

2. Lack of automatic contraction/perineal blockage during abdominal hyperpressures or efforts (coughing, sneezing, lifting objects, sports, etc.);

3. No spinal pathologies or pain;

4. Abdominal response to coughing with a value of 0: the abdomen contracts isometrically, when coughing, a slight push is

felt towards the therapist’s hand, but at the end of the movement the abdomen returns;

5. Vulva with a normal tonicity;

6. Vaginal touch: normal tonicity, slight pain during testing;

7. Vaginal contraction force during manual testing: 4/5;

8. Vaginal contraction force by means of the probe and the Phenix device: 32 μv;

9. Anal contraction force during manual testing: 3/5;

10. Anal contraction force by means of the probe and Phenix device: 17 μv.

Establishing a Patient-Therapist Trust Ground Based on Listening, Empathy and Communication.

Establishing a Therapeutic Plan

Several perineal re-education techniques are put into practice: biofeedback and vaginal electrical stimulation for urinary inconti- nence, biofeedback and anal electrical stimulation for fecal inconti- nence, a specific protocol of exercises to train the pelvic floor muscles, awareness and systematic use of perineal blockage before an effort or sports gesture correlated with breathing, abdominal-lumbo-perineal muscle rebalancing, abdominal muscle training through hypopres- sive exercises, stretching exercises to maintain elasticity and relax the pelvic muscles. [26-28]. In the first session, manual recovery was performed for the understanding, awareness and correct execution of the contraction both at the beginning of the vaginal and anal sessions. Manual recovery takes about 20 minutes, during which the therapist performs manual muscle testing, checks tonicity, the presence of any asymmetry, pain, explains the anatomy, physiology of the pelvic floor and especially explains the correct way of perineal contraction. Sev- eral series of short contractions will be performed as well as contrac- tions with a minimum of 5 seconds of maintenance depending on the patient’s capabilities. Electrical stimulation associated with vaginal biofeedback using the Periform Plus vaginal probe and the Phenix Nano Physio-Uro perineal recovery device. The wireless electrostim- ulation and biofeedback technology allows rehabilitation to be car- ried out orthostatically and orthodynamically without cable-induced interference. The disappearance of the wires between the central unit and the patient simplifies the setting up of the session, and gives a lot of flexibility to the electrostimulation treatments which can now be integrated into exercise retraining exercises. Associated electrostim- ulation and biofeedback in patients who have difficulty integrating a motor pattern, the combination of stimulation and wireless biofeed- back can create a sensory-motor experience for a few seconds. The patient can easily reproduce the perineal locking reflex under bio- feedback in both orthostatic and orthodynamic. 

The Treatment was Performed with the Following Fre- quencies

1. For slow fibers: the frequencies used were between 8 Hz and 33 Hz with a wavelength between 320 and 740 μs;
2. For 2A tonic-phasic fibers: the frequencies used were be- tween 20 Hz and 40 Hz with a wavelength between 160 and 320 μs;
3. For fast 2B fibers: the frequencies used were between 40 Hz and 80 Hz with a wavelength between 20 and 160 μs.

Biofeedback trained slow-twitch fibers and fast-twitch fibers through brief maximal contractions and sub-maximal contractions with a 6-8 second hold. Also for bladder instability, the bladder in- hibition program with a frequency of 5 Hz associated with a biofeed- back program that triggers the A3 Mahony reflex was used. The pa- tient must be taught to anticipate the uninhibited contraction of the detrusor by a voluntary contraction of the pelvic floor. This activation of Mahony’s No. 3 reflex thus allows the patient to control his mictu- rition urges.

Programs Used

Program 1: “Mixed Urinary Incontinence- Muscle arousal and bladder inhibition” – 24 minutes per session; 5 sessions were performed in the lying position.

1. Biphasic current, frequency 15 Hz, pulse length 500 μs, for 13 seconds.
2. Biphasic current, frequency 5 Hz, pulse length 200 μs, for 14 seconds.

Program 2: “Mixed Urinary Incontinence – Phasic and tonic perineal contractions: EMS + Biofeedback” – 24 minutes per session; 10 sessions were performed. Thanks to the wireless probe, the patient performed the exercises on the gym ball, standing, lunging or squat- ting, standing on the BOSU top ball, on the bicycle, on the elliptical.

1. Biphasic current, frequency 75 Hz, pulse length 250 μs, for 10 seconds followed by a 10 second pause;=
2. Biphasic current, frequency 30-40-50 Hz, pulse length 500 μs, for 13 seconds followed by a 10-second break;
3. Biofeedback – 5 maximum contractions in 10 seconds fol- lowed by a 10-second break;
4. Biofeedback – sub-maximal contraction for 10 seconds fol- lowed by a 10 second rest.

Anal recovery was performed using the Analys Plus anal probe with the aim of training the fast and slow fibers of the anal sphincter through electrical stimulation and biofeed- back. At the first session, manual recovery was performed for understanding, awareness and correct execution of the contraction, explaining the correct evacuation during defe- cation:

1. The correct position on the toilet to facilitate evacuation to avoid prolonged defecation pushes;
2. Tips to avoid constipation or diarrhea: regular physical activ- ity, a daily water intake of between 1.5 and 2 liters of water, a diversified diet rich in fiber. In case of repetitive transit im- balances, we recommend the patient to consult the doctor or a nutritionist.

Programs Used

Program 1- Anal imperiousness

1. Biofeedback – 5 maximal contractions performed in 20 sec- onds followed by a 10-second break;
2. Biofeedback – sub-maximal contraction for 8 seconds fol- lowed by a 10-second rest;
3. Biofeedback – maximum contraction – degressive on 3 floors for 15 seconds;
4. Biphasic current, frequency 3 Hz, pulse length 200 μs, for 15 seconds.

Program 2 – Tonic fiber awareness through isotonic and isometric

ESF + BFB

1. Biphasic current, frequency 30 Hz, pulse length 350 μs, for 6 seconds followed by a 10-second pause;
2. Biofeedback – 3 maximum contractions performed in 10 sec- onds;
3. Biphasic current, frequency 30Hz, pulse length 350 μs, for 6 seconds;
4. Biofeedback – sub-maximal contraction for 6 seconds;
5. Biphasic current, frequency 3Hz, pulse length 200 μs, for 6 seconds;

Recovery through physical exercises consisted of hypopressive pelvic-lobo-abdominal exercises. 4 exercise sessions were performed with perineal block explanation and learning, abdominal muscle strengthening performed after 10 biofeedback and EMS sessions, once perineal contraction was correctly learned and performed. The exercises were explained, performed and learned in the office, after which the patient will perform them at home 2.3 times a week. Ses- sions started in September 2021 to February 2022 – vaginally – 18 sessions vaginally, of which in the first session there was a manual recovery for understanding, awareness and correct execution of the contraction and 17 sessions with the Phenix Nano device and the probe vaginal Periform Plus. After 10 recovery sessions with electro- stimulation and biofeedback, once the perineal contraction was cor- rectly learned and performed, in November 2021, 4 physical exercise sessions were performed. The exercises were explained, performed and learned in the office, later the patient performed them at home

2.3 times a week to complement the training done in the office with the help of electrostimulation and biofeedback. The physical exercis- es consisted of training the abdominal muscles through the hypopres- sive method, short and slow contractions of the pelvic floor muscles in different positions simultaneously with the contraction of the abdom- inal muscles to train the perineal blocking reflex during abdominal hyperpressures. From February 2022 to April 2022, 11 anal sessions were performed. In the first session there was a manual recovery for the understanding, awareness and correct execution of the contrac- tion and 19 sessions with the Phenix Nano device and the Analys Plus anal probe. This case study has been approved by the UNEFS Bucha- rest Research Ethics Commission with number 104/25.01.2021. The patient gave her written consent for the production of this article with strict respect for anonymity.

Results

During 4 months, 22 office sessions were performed for urinary incontinence associated with the home exercise protocol with a fre- quency of 1.2 times per week.

We Observe

1. An increase in vaginal contraction force by 62.5% (Figure 1).
2. Disappearance of urinary incontinence;
3. Decrease in the frequency of anal incontinence from a daily frequency to approximately 3 times a week;
   
4. The Contilife questionnaire reveals a decrease from the val- ue of 3.9 to 2.8, revealing that the impact of urinary inconti- nence on the quality of life has decreased by 22% (Figure 2). For anal incontinence associated with the home exercise protocol were performed 11 sessions with a frequency of 1.2 times per week for 3 months.