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High-resolution temporal profiling of the human gut microbiome reveals consistent and cascading alterations in response to dietary glycans. PC6EF8199D
4 studies · 2,971 curated samples · 81 distinct subject identifiers · 1 shared paper. Grouping rule: shared paper, same submitting centre.
Age categories
| adult | 2,971 |
Countries
| US | 2,971 |
Health conditions
| healthy_control Healthy / control | 2,971 |
Studies
| study | title | samples | source |
|---|---|---|---|
| PRJNA594610 | Human gut microbiome response to PDX intake | 972 | gut_all_v1 |
| PRJNA594393 | Human gut microbiome response to FOS intake | 947 | gut_all_v1 |
| PRJNA594620 | Human gut microbiome response to PDX intake followed by FOS intake | 561 | gut_all_v1 |
| PRJNA594613 | Human gut microbiome response to FOS intake followed by PDX intake | 491 | gut_all_v1 |
Shared papers
- High-resolution temporal profiling of the human gut microbiome reveals consistent and cascading alterations in response to dietary glycans. — PMID 32620143 · PMC7386241 · doi · studies: PRJNA594393, PRJNA594610, PRJNA594613, PRJNA594620