Risultati per: GUT
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Sa1855 A GUT COMMENSAL LACHNOSPIRACEAE FAMILY BACTERIUM MAINTAINS INTESTINAL EPITHELIAL HOMEOSTASIS THROUGH TLR5-DEPENDENT MUCIN FUCOSYLATION
Tu1950 DECODING THE INTERPLAY OF GUT ENTEROBACTERIACEAE AND TRIMETHYLAMINE METABOLIC PATHWAYS IN COLORECTAL CANCER
4 ALTERED GUT VIRAL ECOLOGY IN METABOLIC DYSFUNCTIONASSOCIATED STEATOTIC LIVER DISEASE (MASLD)
Tu2044 RESTRICTIVE EATING IS ASSOCIATED WITH WORSE NAUSEA AND OTHER CLINICAL OUTCOMES IN CHILDREN AND ADOLESCENTS WITH DISORDERS OF GUT-BRAIN INTERACTION
Tu1923 DYSREGULATED LIPIDS ARE ASSOCIATED WITH GUT MICROBIAL DYSBIOSIS IN AUTOIMMUNE SCURFY MICE
Tu1908 IMPACT OF DIET ON GUT BARRIER FUNCTION AND INFECTION DEVELOPMENT IN A C57BL/6J MOUSE MODEL OF COLITIS
Tu1905 GUT BACTERIA-DERIVED HYDROGEN SULFIDE REDUCES ENDOTOXEMIA
EP117 THE EFFECT OF LACTOBACILLUS RHAMNOSUS GG ON THE GLP-1/GLP-1R AXIS AND GUT MICROBIOTA IN OBESE MICE
EP116 UNRAVELING THE LINK BETWEEN CELIAC DISEASE AND OBESITY: A POTENTIAL ROLE OF GUT MICROBIOME
1035 EXPLORING THE GUT MICROBIOME – IMMUNE AXIS IN CIGARETTE SMOKING-DRIVEN CANCER PROGRESSION
852 BINGE ALCOHOL-INDUCED GUT LEAKINESS, LIVER STEATOSIS, AND NEURODEGENERATION VIA CYP2E1-DEPENDENT OXIDATIVE STRESS AND ACROLEIN PRODUCTION THROUGH THE GUT-LIVER-BRAIN AXIS
Sa1528 BARIATRIC-INDUCED CHANGES IN THE GUT MICROBIOME IS PROTECTIVE AGAINST THE DEVELOPMENT OF MASLD THROUGH CHANGES IN THE GUT-HOST IMMUNE SYSTEM
Role of Gut Microbe Composition in Psychosocial Symptom Response to Exercise Training in Breast Cancer Survivors (ROME) study: protocol for a randomised controlled trial
Introduction
Breast cancer survivors have an increased risk for chronic fatigue and altered gut microbiota composition, both with negative health and quality of life affects. Exercise modestly improves fatigue and is linked to gut microbial diversity and production of beneficial metabolites. Studies suggest that gut microbiota composition is a potential mechanism underlying fatigue response to exercise. Randomised controlled trials testing the effects of exercise on the gut microbiome are limited and there is a scarcity of findings specific to breast cancer survivors. The objective of this study is to determine if fitness-related modifications to gut microbiota occur and, if so, mediate the effects of aerobic exercise on fatigue response.
Methods and analysis
The research is a randomised controlled trial among breast cancer survivors aged 18–74 with fatigue. The primary aim is to determine the effects of aerobic exercise training compared with an attention control on gut microbiota composition. The secondary study aims are to test if exercise training (1) affects the gut microbiota composition directly and/or indirectly through inflammation (serum cytokines), autonomic nervous system (heart rate variability) or hypothalamic-pituitary-adrenal axis mediators (hair cortisol assays), and (2) effects on fatigue are direct and/or indirect through changes in the gut microbiota composition. All participants receive a standardised controlled diet. Assessments occur at baseline, 5 weeks, 10 weeks and 15 weeks (5 weeks post intervention completion). Faecal samples collect the gut microbiome and 16S gene sequencing will identify the microbiome. Fatigue is measured by a 13-item multidimensional fatigue scale.
Ethics and dissemination
The University of Alabama at Birmingham Institutional Review Board (IRB) approved this study on 15 May 2019, UAB IRB#30000320. A Data and Safety Monitoring Board convenes annually or more often if indicated. Findings will be disseminated in peer-reviewed journals and conference presentations.
Trial registration number
ClinicalTrials.gov, NCT04088708.