|
||||||
| Field | Description |
|---|---|
| name | human gut microbiome response to short-term bifidobacterium-based probiotic treatment |
| doi | https://doi.org/10.1007/s12088-020-00888-1 |
| sra | srp194142 |
| mapmd5 | 54f49577b6acaeed88d8424e4f2e0352 |
| datamd5 | a041c450fb7e33e3174cc72efc472327 |
| Exp. ID | User ID | Description | Date | Region | Flag | Sequences |
|---|---|---|---|---|---|---|
| 680 | amnon | high in bifidobacterium longum probiotic probiotic compared to control in obesity adult novosibirsk russia feces homo sapiens | 2028-03-04 | v3 | No | -6 |
| Field | Description |
|---|---|
| description | |
| type | diffexp |
| num_sequences | -6 |
| region | v3 |
| flags | 0 |
| agent | calour |
| method | na |
| date | 2028-03-04 |
| username | amnon |
| private | n |
| low | control |
| high | bifidobacterium longum probiotic |
| high | probiotic |
| all | obesity |
| all | adult |
| all | novosibirsk |
| all | russia |
| all | feces |
| all | homo sapiens |
low: experimental factor control material property role na
high: bifidobacterium longum probiotic probiotic na
all: primates homo sapiens adult metabolic disease gnathostomata <vertebrate> tetrapoda part of animal theria <mammalia> amniota homininae catarrhini material property disease vertebrata <metazoa> opisthokonta eutheria eukaryota siberian federal district teleostomi hominoidea na euteleostomi haplorrhini developmental stage craniata <chordata> disposition boreoeutheria deuterostomia feces disease by subcellular system affected anatomical entity disease of metabolism organism simiiformes nonmeat part of animal material entity overnutrition animal body or body part chordata root cellular organisms euarchontoglires process sarcopterygii material anatomical entity novosibirsk dipnotetrapodomorpha eumetazoa excreta hominidae nutritional disorder mammalia bilateria homo organism substance continent part of plant or animal continuant experimental factor metazoa eurasia anatomy basic component geographic location russia organism part independent continuant anatomical structure disease by cellular process disrupted acquired metabolic disease obesity entity novosibirsk oblast nutrition disease
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