Annotation details (ID: 6174)

Experiment ID: 779

Field Description
namediet-microbiota-metabolite interaction networks reveal key players in inflammatory bowel disease
doihttp://dx.doi.org/10.1111/1751-2980.12795
sraprjna431126
mapmd5e02d483a28084862f1d94ab60ccad7e5
datamd53b2038f9e66a6aa3ad839a67e1c343f6

Annotations Details

Exp. ID User ID Description Date Region Flag Sequences
779amnon high in crohn's disease compared to control in feces homo sapiens adult guangzhou city prefecture china 2021-04-28v4No15
Field Description
description
typediffexp
num_sequences15
regionv4
flags0
agentcalour
methodna
date2021-04-28
usernameamnon
privaten
highcrohn's disease
lowcontrol
allfeces
allhomo sapiens
alladult
allguangzhou city prefecture
allchina

Annotation not flagged as potentially problematic

Sequences

Ontology terms (including parents)

high: intestinal disease inflammatory bowel disease disease of anatomical entity disease na gastrointestinal system disease crohn's disease

low: material property control role na experimental factor

all: euteleostomi guangdong province catarrhini geographic location province (china) eumetazoa amniota root homo sapiens opisthokonta eutheria guangzhou city prefecture adult boreoeutheria na independent continuant homo gnathostomata <vertebrate> craniata <chordata> china organism substance vertebrata <metazoa> dipnotetrapodomorpha organism part continuant continent sarcopterygii anatomical structure part of animal teleostomi cellular organisms feces process animal body or body part hominoidea haplorrhini asia material entity mammalia experimental factor chordata excreta anatomy basic component eurasia homininae metazoa euarchontoglires deuterostomia northeast asia entity eukaryota developmental stage anatomical entity material anatomical entity hominidae nonmeat part of animal bilateria part of plant or animal tetrapoda organism simiiformes primates theria <mammalia>

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