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Human microbial flora transfer studies in rodent models have clearly identified that age-associated microbiota dysbiosis can play a decisive role with respect to pathologies or complications linked to aging: increased intestinal permeability, in place of systemic inflammation, dysfunction of immune cells and insulin resistance.
This trial therefore aims to validate the process of ex vivo transfer to the rat of human microbiota selected from three categories of male individuals: young adults, healthy older adults and frail older adults, with the evaluation of the bacterial population of stool by analysis of the 16S rRNA gene.
Full description
This is a pilot study to validate a process of ex vivo stool transfer from humans to rats. Single-center intervention research with minimal risks and constraints.
Exploration of the bacterial composition of the intestinal microbiota in healthy adult volunteers, healthy elderly and frail elderly. The evaluation of the bacterial population of the stool will be done by analysis of the 16S rRNA gene.
The secondary objectives will evaluate the muscular functional abilities the body composition measurement, at Day 0 (visit 2) and the inflammatory status at Day -7 (visit 1).
Seconds parameters are the following :
seated, standing, walking, and direction changes, a balance test, a walking speed test and a chair lift test, the maximum voluntary force of manual gripping, the maximum muscle strength of the quadriceps and the level of autonomy
This protocol includes 3 visits :
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Healthy adult group and Healthy elderly group:
Fragile elderly group:
Same non-inclusion criteria as above except modification on 2 criteria:
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30 participants in 3 patient groups
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Data sourced from clinicaltrials.gov
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