University Hospital of North Norway, Harstad
Harstad, Troms, 9406, Norway
NCT Number: NCT03691987
This is a single-center stratified (on gender and donor), block randomized, placebo-controlled, parallel group trial with 12-months follow-up of 80 chronic fatigue syndrome/encephalomyelitis (CFS/ME) participants. Participants will be randomized to treatment by preprocessed thawed donor fecal microbiota transplant or preprocessed thawed autologous fecal microbiota transplant. Primary endpoint is the efficacy of FMT at three months by the Fatigue Severity Scale. The investigators will use patient reported outcomes for primary and secondary outcome measures.
Previous studies suggest that a dysbiosis of the gut microbiota may be a key feature in CFS/ME. We hypothesize that
A: CFS/ME is caused by a dysbiosis in the gut flora causing barrier leakage of bacterial products, a low grade systemic immune activation and disturbances in the host energy metabolism.
B: Recovery of a normal gut flora by fecal microbiota transplantation (FMT) alleviates symptoms and may even induce remission of CFS/ME.
This project aims to determine if there is a true cause and effect relationship between a dysbiotic gut flora and CFS/ME by testing if treatment of the observed dysbiosis by FMT also can resolve CFS/ME symptoms. In this process, collection of blood, fecal, and urine samples before and after FMT will open the possibility to explore the relationship between the gut flora, immune response, host energy metabolism and CFS/ME using technologies of microbiomics, metabolomics and immunological characterizations for a better understanding of the pathobiology of CFS/ME.
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Notify Me18 year–65 year
All sexes
Interventional
Phase 2
Harstad, Troms, 9406, Norway
CFS/ME participants:
General practitioners recruit participants from the local area, by posters at the doctors' offices. In addition the study has a facebook site, named "the COMEBACK study", where interested CFS/ME subjects can submit their interest to be assessed for participation. After a telephone screening of potential participants by the International Consensus Criteria for CFS/ME and CFS/ME severity rating, eligible subjects will be referred to department of physical medicine and rehabilitation UNN Harstad (FYSMED) and re-assessed. During this screening process the investigators will keep a track record of screening failures noting reason for failure. Participants will have a physical exam and necessary workup including blood, fecal and urine tests to exclude differential diagnosis according to the Norwegian National Guidelines for Assessment of CFS/ME. Participants receive information about the study and give their written consent. Subjects earlier diagnosed with CFS/ME at FYSMED will undertake the same re-assessment.
During the work up, participants will do the Fatigue Severity Scale, Hospital Anxiety and Depression scale, SF 36, Modified DePaul Questionnaire, the Rome IV criteria for irritable bowel syndrome, and the "Repeatable Battery for the Assessment of Neuropsychological Status" test (RBANS). Heart rate variability is implemented as an additional measure when approximately 40 out of 80 participants are assigned treatment.
Donors are recruited informally from the local high schools. Donors are included and screened according to the European Consensus Guidelines from 2017. The full screening will be undertaken before the first feces donation and every 4th week. The inclusion and screening will be performed at the department of physical medicine and rehabilitation UNN Harstad. The investigators will keep a track record of screening failures noting reason for failure.
Participants receive FMT at the gastroenterology outpatient clinic at University Hospital of North Norway Harstad, Norway. No antibiotics are given prior to the intervention. The participants must do a bowel lavage using Sodiumpicosulphate/Magnesiumcitrate (Picoprep, Ferring) before intervention. The treatment will be administered by enema. Active treatment will be pre-processed frozen donor feces. Placebo will be the participant's own feces processed and frozen during the study inclusion. After the intervention, the participants have no restrictions on activity level and are asked to keep an unchanged diet without introduction of any new food supplements or probiotics in the follow up period. To keep track of change in diet investigators ask participants to do a food frequency questionnaire before the FMT and at 3 and 12 months after the intervention. Use of antibiotics, food supplement and use of medications will also be recorded.
The treatment will take place in blocks of four consecutive participants per day. A data engineer at the Department of Clinical Research at the University Hospital of North Norway, Tromsø (UNN,Tromsø) creates the allocation sequence using the REDCap software. The treatment is randomized on donor and placebo in fixed blocks of 4 with 2 active (1 donor A and 1 donor B) and 2 placebo. Block allocation will be stratified on gender.
A stratification on donor and gender will be performed by assigning full blocks of male and female participants. In the two active slots in each block of four, one active slot will be used for donor A and one for donor B. The stratification of gender reflects the higher incidence of CFS/ME in women. Donor fecal microbiota transplants stored for more than two years will be disposed and replaced with transplants from a new donor. If this happens, donor fecal microbiota transplants from the new donor will be assigned in remaining slots from the donor with the expired transplants.
Allocation is done in solitude in a closed room with no transparency, only containing a freezer with the active transplants (tagged by donor batch ID) and the placebo transplants (tagged by screening number). Before allocation of treatment, an investigator places the FMT-placebos on a table in the room. The allocator can then enter the room as the researcher placing all the placebos leaves the room. The allocator will access the randomization sequence when entering participants screening number on the REDCap software using a computer in the same room. The allocator will be the only person involved in the study that can access the randomization program at the REDCap software. If a screening number is randomized to active treatment, the allocator removes the tag from the placebo and places it on a donor FMT treatment instead. All unused placebo transplants will be disposed immediately. When finished, the allocator places the allocated treatment in a box in a designated freezer. The allocator will build a key file matching the active treatment to the donor batch id by updating a key file on paper and store it in a safe not accessible to any others. In addition the allocator will write the corresponding patient screeningnumber on tags from the used donor batch and keep them as backup in the same safe. This will allow for tracking of each individual donor batch to a corresponding participant at the end of trial when all follow up is complete.
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
FMT PARTICIPANTS
Inclusion criteria
Exclusion criteria
FMT DONORS
Inclusion criteria
Exclusion criteria
Delivered as an enema using the same equipment and technique as X-ray of the colon
Delivered as an enema using the same equipment and technique as X-ray of the colon
Time frame: Three months after treatment
Fatigue Severity Scale (FSS) is a self-reported, 9-item fatigue scale. Participants rate all 9 items on a 7-point Likert scale (1-2-3-4-5-6-7) depending on how appropriate they felt the statement applied to them over the preceding week. The total score is calculated by adding up the answer from each item and divide by 9. Lower scores indicate better outcomes. Maximum score is 7.
In an intention to treat analysis we will categorize participants as responders/non-responders, defining responders as decrease of more than 1,2 to the total baseline score in the FSS at 3 months post FMT by Chi Square. Baseline score will be the average of the two scores from the screening period. Missing values will be regarded as non responders
Time frame: Change in Fatigue severity scale by repeated measures from baseline and until 1, 3, 6, 9 and 12 months after treatment
Time frame: Change in SF36 score by repeated measures from baseline and until 3 and 12 months after treamtent
The SF-36 consists of eight scaled scores (vitality, physical functioning, bodily pain, general health perceptions, physical role functioning, emotional role functioning, social role functioning and mental health), which are the weighted sums of the questions in their section. Each scale is directly transformed into a 0-100 scale on the assumption that each question carries equal weight. The lower the score the more disability.
Time frame: Change from baseline and until three months after treatment
RBANS is a neuropsychological assessment that consists of ten subtests which give scores to five domains: Immediate memory, visuospatial/constructional ability, language, attention and delayed memory.
Time frame: Change in HADS score by repeated measures from baseline and until 3 and 12 months after treatment
HADS is an instrument with 14-items for detection of depression and anxiety in hospitalized patients. Scores range from 1-21 interpreted as: normal (0-7), mild (8-10), moderate (11-14), severe (15-21). Subscales for anxiety (HADS-A) and depression (HADS-D) is also defined. We will explore the FMT effects on HADS by an independent sample T-test (or, if necessary, non-parametric Mann-Whitney) comparing change in global score. We will apply last value forward for missing values.
Time frame: Change in DPQ score by repeated measures from baseline and until 6 and 12 months after treatment
The DPQ assesses key symptoms of ME/CFS such as fatigue, gastrointestinal complaints, post-exertional malaise, sleep, pain, neurological/cognitive impairments and autonomic, neuroendocrine and immune symptoms. At each item, participants have to rate the frequency and severity of the symptom on a scale from 0 to 4. We wil use the sum score from the questions that assess gastrointestinal complaints in the DPQ in this endpoint. This endpoint was implemented after 19 out of 80 participants had completed the three months follow up
Time frame: Baseline to end of follow up at 12 months after FMT
Participants will be screened for adverse events from the time of informed consent through the end of the trial. In case of an identified adverse event, this will be recorded and described in the CRF
Time frame: 3 months after treatment
Firstbeat Bodyguard will record R-R interval and the Firstbeat life style assessment software will analyze the R-R interval recording and provide the outcome measure
Time frame: 3 months after treatment
Time frame: 3 months after treatment
As defined by the primary endpoint in the clinical study, a responder will be defined as an improvement of more than 1.2 points on the Fatigue Severity Scale (FSS) from baseline and until 3 months after treatment. To determine HRV in each group we will use High Frequency Power analysis denominating HRV in ms2.
Time frame: 3 months after FMT
Comparison between baseline profile, post FMT and donor profile will show if engraftment of donor mikrobiota parallels clinical response to active FMT. To assess fecal gut microbiota composition, morning stool samples will be obtained at baseline and three and twelve months after FMT. Participants will collect their first morning bowel movement in a 120ml container for storing in their home freezer (-20C). Two-four weeks after, samples will be collected from participants home and stored on dry ice during transport until freezing at -80°C at the University Hospital of North Norway Harstad. Fecal analysis will be done by NextSeq500 allowing for enhanced metagenomics (prokaryote and viral) sequencing.
Time frame: 12 months after FMT
Comparison between baseline profile, post FMT and donor profile will show if engraftment of donor microbiota parallels clinical response to active FMT. To assess fecal gut microbiota composition, morning stool samples will be obtained at baseline and three and twelve months after FMT. Participants will collect their first morning bowel movement in a 120ml container for storing in their home freezer (-20C). Two-four weeks after, samples will be collected from participants home and stored on dry ice during transport until freezing at -80°C at the University Hospital of North Norway Harstad. Fecal analysis will be done by NextSeq500 allowing for enhanced metagenomics (prokaryote and viral) sequencing.
Time frame: Baseline samples before FMT
To assess fecal gut microbiota composition, morning stool samples will be obtained at baseline and three and twelve months after FMT. Participants will collect their first morning bowel movement in a 120ml container for storing in their home freezer (-20C). Two-four weeks after, samples will be collected from participants home and stored on dry ice during transport until freezing at -80°C at the University Hospital of North Norway Harstad. Fecal analysis will be done by NextSeq500 allowing for enhanced metagenomics (prokaryote and viral) sequencing.
Time frame: Change from baseline to 3 months and difference between responders and non-responders to treatment at 3 months
Analysis (multipex technology) of mediators in the innate and adaptive immune response
Time frame: Change from baseline to 12 months and difference between responders and non-responders to treatment at 12 months
Analysis (multipex technology) of mediators in the innate and adaptive immune response
Time frame: Baseline samples before FMT
Analysis (multipex technology) of mediators in the innate and adaptive immune response
Time frame: Change from baseline to 3 months and difference between responders and non-responders to treatment at 3 months
Analysis (mass spectrometry) on fecal extracts, urine and serum in order to assess the functional output of the microbiota
Time frame: Change from baseline to 3 months and difference between responders and non-responders to treatment at 3 months
Analysis (ELISA) of immunological markers associated with gut barrier leak (sCD14 and sLPS-BP)
Time frame: Change from baseline to 12 months and difference between responders and non-responders to treatment at 12 months
Analysis (ELISA) of immunological markers associated with gut barrier leak (sCD14 and sLPS-BP)
Time frame: Baseline samples before FMT
Analysis (ELISA) of immunological markers associated with gut barrier leak (sCD14 and sLPS-BP)
University Hospital of North Norway
Other
Fecal Microbiota Transplantation in Chronic Fatigue Syndrome - an RCT
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