The investigator is hypothesize that an intensive FMT regimen will have superior efficacy the treatment of inflammatory disorders of the pouch (pouchitis and CLDP).
Study Design: An open label non-controlled clinical trial. Study population: Patients aged 18 to 80 years with a confirmed diagnosis of UC , who underwent IPAA. Recruitment of the study population: Patients will be enrolled at the Pouch Clinic of the Tel Aviv Medical Center Inflammatory Bowel Disease Center and at the Department of Colorectal Surgery. Study procedure: The study includes six visits to the IBD clinic and phone calls between visits. At baseline, after 8 weeks and after one year of intervention, all patients will undergo pouchoscopy which will be recorded and scored for pouch endoscopic score (Appendix 2). In all three procedures, samples will be collected for future analysis. According to their endoscopic evaluation at baseline, patients will be categorized as those with an inflamed pouch (cuff, afferent loop, pouch inlet, J-pouch, pouch outlet or pouch mid-line scare) or non inflamed pouch (irritable pouch patients) according to a pouch endoscopic score (PES) and the modified pouch disease activity index endoscopic domain (mPDAI). Baseline pouchoscopy will include FMT, followed by capsule FMT after 1 week (15 capsules), and after 4 weeks of the study. All patients will undergo clinical followup at week 4 of the study (mPDAI clinical domain, PCS and PGA) and a second pouchoscopy after 8 weeks. Clinical follow up will be performed at week 12 of the study, and an annual endoscopic follow up will be preformed at 52 weeks or per personal indication. Data collection at baseline and follow-up visits will include: 1. Clinical assessment: * Pouch clinical score (PCS) * mPDAI - clinical domains * Physician Global Assessment (PGA) * Pouch endoscopic score (PES) 2. Collection of biological samples: * Stool for analysis of calprotectin level and microbiome * Urine for analysis of metabolomics * Serum for analysis of complete blood count (CBC), serum levels of C-Reactive Protein (CRP), albumin, creatinine, liver enzymes * Tissue samples collected during pouchoscopy at baseline and followup - samples will be collected from the cuff, pouch body and pouch inlet. 3. Anthropocentric measures will be assessed (weight, height) 4. Complete study questionnaires: * A validated lifestyle and food frequency questionnaire (FFQ) * Three day food diary * Quality of life questionnaire (SF-12) * Patient-reported outcomes (PRO) Measurement Information System (PROMIS) * Life style questionnaire Safety assessments: will include history taking, vital signs, physical examinations and laboratory analysis during each visit. Patients who discontinue the trial treatment will continue to be followed as per protocol. Follow-up will be discontinued in patients who withdraw informed consent or are lost for follow-up. All adverse events will be registered as: unrelated, possible related, likely related or definitely related to the intervention. SAEs will be communicated immediately to the IRB.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
TREATMENT
Masking
NONE
Enrollment
40
1. At baseline, the fecal fluid from 3 different donors, 150 ml, will be delivered via pouchoscopy after which the patient will roll in to the right lateral position and stay in that position for at least 15 minutes. Prior to the procedure, the patient will fast for 12 hours and preform two fleet enemas as preperation. 2. FMT at 7 days and 4 weeks will be delivered via ingestion of 15 capsules containing 650 µL of fecal fluid from 3 different donors (the same three donors as at baseline).
Dep. of Gastroenterology, Tel Aviv Sourasky Medical Center
Tel Aviv, Israel
RECRUITINGsafety of fecal microbial transplantation in pouch patients by disease exacerbations
determine whether manipulation of gut microbiome by FMT to IPAA patients is safe safety of FMT will be measured by rate of patients with disease exacerbations
Time frame: 1 year
safety of fecal microbial transplantation in pouch patients by hospitalizations of patients
determine whether manipulation of gut microbiome by FMT to IPAA patients is safe safety of FMT will be measured by amount of patients that require hospitalizations
Time frame: 1 year
safety of fecal microbial transplantation in pouch patients by patients requiring surgery
determine whether manipulation of gut microbiome by FMT to IPAA patients is safe safety of FMT will be measured by amount of patients that require surgery
Time frame: 1 year
efficacy of FMT in pouch patients measured by mPDAI decrease
By preforming a pouchoscopy, mPDAI (modified pouchitis disease activity index) will be used to assess decrease of ≤1 in mPDAI in condition of the pouch comparing to baseline
Time frame: 2 months
efficacy of FMT in pouch patients measured by clinical remission
efficacy of FMT in pouch patients will be measured by the amount of patients with clinical remission measured by mPDAI clinical score \<3
Time frame: 2 months
efficacy of FMT in pouch patients measured by amount of patients with sustained remission
Sustained remission as defined by mPDAI endoscopic score ≤ 1 or mPDAI endoscopic and clinical ≤ 5
Time frame: 12 months
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efficacy of FMT in pouch patients measured by amount of patients with sustained clinical remission
Sustained remission as defined by mPDAI clinical \<3
Time frame: 12 months
efficacy of FMT in pouch patients measured by reduce of inflammatory markers
Reduction in inflammatory markers (calprotectin and CRP)
Time frame: 1 month
efficacy of FMT in pouch patients measured by reduce of inflammatory markers
Reduction in inflammatory markers (calprotectin and CRP)
Time frame: 2 months
efficacy of FMT in pouch patients measured by reduce of inflammatory markers
Reduction in inflammatory markers (calprotectin and CRP)
Time frame: 3 months
efficacy of FMT in pouch patients measured by reduce of inflammatory markers
Reduction in inflammatory markers (calprotectin and CRP)
Time frame: 12 months
efficacy of FMT in pouch patients measured by reduce of PGA (physical global assessment)
Reduction in PGA (physical global assessment) comparing to baseline
Time frame: 1 month
efficacy of FMT in pouch patients measured by reduce of PGA (physical global assessment)
Reduction in PGA (physical global assessment) comparing to previous assessments
Time frame: 2 months
efficacy of FMT in pouch patients measured by reduce of PGA (physical global assessment)
Reduction in PGA (physical global assessment) comparing to previous assessments
Time frame: 3 months
efficacy of FMT in pouch patients measured by reduce of PGA (physical global assessment)
Reduction in PGA (physical global assessment) comparing to previous assessments
Time frame: 12 months
efficacy of FMT in pouch patients measured by improvement of life quality
efficacy of FMT by filling questionnaire describing life quality and comparing to baseline to observe improvement
Time frame: 1 month
efficacy of FMT in pouch patients measured by improvement of life quality
efficacy of FMT by filling questionnaire describing life quality and comparing to baseline to observe improvement
Time frame: 2 months
efficacy of FMT in pouch patients measured by improvement of life quality
efficacy of FMT by filling questionnaire describing life quality and comparing to baseline to observe improvement
Time frame: 3 months
efficacy of FMT in pouch patients measured by improvement of life quality
efficacy of FMT by filling questionnaire describing life quality and comparing to baseline to observe improvement
Time frame: 12 months
efficacy of FMT in pouch patients measured by improvement of nutritional status
improvement of patients nutritional status comparing to baseline measured by BMI (body Mass Index). Normal range is BMI of 18.5-25
Time frame: 1 month
efficacy of FMT in pouch patients measured by improvement of nutritional status
improvement of patients nutritional status comparing to baseline measured by BMI (body Mass Index). Normal range is BMI of 18.5-25
Time frame: 2 months
efficacy of FMT in pouch patients measured by improvement of nutritional status
improvement of patients nutritional status comparing to baseline measured by BMI (body Mass Index). Normal range is BMI of 18.5-25
Time frame: 3 months
efficacy of FMT in pouch patients measured by improvement of nutritional status
improvement of patients nutritional status comparing to baseline measured by BMI (body Mass Index). Normal range is BMI of 18.5-25
Time frame: 12 months