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||||||
| Field | Description |
|---|---|
| name | impact of dietary resistant starch type 4 on human gut microbiota and immunometabolic functions |
| sra | prjna308315 |
| datamd5 | c43a3cdeada4b617d8759d30e3e89920 |
| mapmd5 | 87efa2cba5bf45fd1aecc6cfb6831ca5 |
| Exp. ID | User ID | Description | Date | Region | Flag | Sequences |
|---|---|---|---|---|---|---|
| 487 | amnon | lower in metabolic syndrome patients following resistant starch diet compared to control flour diet ( high in control diet compared to resistant starch type 4 diet starch diet in homo sapiens feces united states of america metabolic syndrome metabolic syndrome x ) | 2019-02-24 | v4 | No | 3 |
| Field | Description |
|---|---|
| description | lower in metabolic syndrome patients following resistant starch diet compared to control flour diet |
| type | diffexp |
| num_sequences | 3 |
| region | v4 |
| flags | 0 |
| agent | calour |
| method | na |
| date | 2019-02-24 |
| username | amnon |
| private | n |
| all | homo sapiens |
| all | feces |
| all | united states of america |
| all | metabolic syndrome |
| all | metabolic syndrome x |
| high | control diet |
| low | resistant starch type 4 diet |
| low | starch diet |
high: control diet diet type
low: resistant starch type 4 diet dbbact root diet type starch diet
all: excreta cellular organisms disease by subcellular system affected hominidae gnathostomata <vertebrate> geographic location continuant organism part deuterostomia disease euteleostomi dipnotetrapodomorpha amniota boreoeutheria entity homo united states of america na eutheria material property taxonomy root hominoidea tetrapoda mammalia material anatomical entity feces metabolic syndrome x organism substance chordata catarrhini teleostomi bilateria homo sapiens material entity craniata <chordata> opisthokonta experimental factor vertebrata <metazoa> part of plant or animal euarchontoglires simiiformes nonmeat part of animal eumetazoa anatomy basic component homininae disposition part of animal haplorrhini sarcopterygii animal body or body part anatomical structure metabolic disease anatomical entity organism metazoa primates independent continuant metabolic syndrome theria <mammalia> disease by cellular process disrupted eukaryota
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