Annotation details (ID: 1976)

Experiment ID: 300

Field Description
namephysical activity differentially affects the cecal microbiota of ovariectomized female rats selectively bred for high and low aerobic capacity
sraprjna276838
datamd551a90980cf4d9ae7c333c729436f45ba
mapmd5b63eb89b39c6802b68f168fe2c767393

Annotations Details

Exp. ID User ID Description Date Region Flag Sequences
300amnon high in sedentary low physical activity compared to exercise high physical activity in rat rattus norvegicus caecum female ovariectomy age 38 weeks united states of america research facility low capacity running strain 2018-02-27v4No17
Field Description
description
typediffexp
num_sequences17
regionv4
flags0
agentcalour
methodna
date2018-02-27
usernameamnon
privaten
allrat
allrattus norvegicus
allcaecum
allfemale
allovariectomy
allage 38 weeks
allunited states of america
allresearch facility
alllow capacity running strain
highsedentary
highlow physical activity
lowexercise
lowhigh physical activity

Sequences

Ontology terms (including parents)

all: muridae sex deuterostomia vertebrata euarchontoglires bilateria organism part teleostomi murinae chordata craniata geographic location anthropogenic geographic feature fiat object experimental factor rat independent continuant gnathostomata mammalia digestive tract diverticulum na sarcopterygii tetrapoda rattus myomorpha age 38 weeks entity subdivision of tube organism euteleostomi boreoeutheria amniota rattus norvegicus geographic feature female material anatomical entity ovariectomy research facility eumetazoa organ part astronomical body part anatomical structure material entity glires quality material property eutheria caecum anatomy basic component multicellular anatomical structure anatomical entity root construction cellular organisms low capacity running strain rodentia eukaryota continuant subdivision of digestive tract theria metazoa muroidea united states of america opisthokonta dipnotetrapodomorpha

high: sedentary na low physical activity

low: high physical activity exercise na process physical activity biological process experimental factor

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