Samples will be collected to determine human genetic variation, fecal and oral microbial communities, and metabolome products. Several evolutionary and ecological diversity metrics will be distilled to test: a) if microbiome variation within each ethnicity is less than that between ethnicities; b) if microbiome variation is finely structured according to genetic relatedness; and c) if dietary variation impacts human genome x microbiome associations.
To characterize the human gut microbiome under highly controlled dietary intake in healthy normal weight adult participants who differ by ethnicity: White non-Hispanic and Black non-Hispanic adults. Samples will be collected to determine human genetic variation, fecal and oral microbial communities, and metabolome products. Several evolutionary and ecological diversity metrics will be distilled to test: a) if microbiome variation within each ethnicity is less than that between ethnicities; b) if microbiome variation is finely structured according to genetic relatedness; and c) if dietary variation impacts human genome x microbiome associations.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
BASIC_SCIENCE
Masking
NONE
Enrollment
38
Plant Based Diet for 4 Days Compared to Habitual Diet
Vanderbilt University Medical Center
Nashville, Tennessee, United States
Microbial Community Profile
A microbial community profile will be generated for each individual using high-throughput Illumina sequencing of the 16S rDNA microbial gene sequence. This community profile of each subjects microbiome will be assessed from a minimum of 10,000 sequences per individual at multiple timepoints. The profile will be used to quantify how inter-individual variation of the microbiome varies across ethnicities.
Time frame: 4 days
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