Annotation details (ID: 4237)

Experiment ID: 542

Field Description
namemicrobiome profiles of ligature-induced periodontitis in nonhuman primates across the lifespan
sraprjna516659
doidoi:10.1128/iai.00067-19
datamd506eb0275f1fcff0a0aeb44c1410bf30f
mapmd5a965eab1012d728a618c48a9f2a002f3

Annotations Details

Exp. ID User ID Description Date Region Flag Sequences
542amnonhigher in ligature induced periodontitis compared to control timepoints ( high in induced periodontitis periodontitis compared to control in subgingival plaque dentition monkey macaca mulatta research facility puerto rico adult age 12-23 years )2019-08-01v4No11
Field Description
descriptionhigher in ligature induced periodontitis compared to control timepoints
typediffexp
num_sequences11
regionv4
flags0
agentcalour
methodna
date2019-08-01
usernameamnon
privaten
allsubgingival plaque
alldentition
allmonkey
allmacaca mulatta
allresearch facility
allpuerto rico
alladult
allage 12-23 years
highinduced periodontitis
lowcontrol
highperiodontitis

Sequences

Ontology terms (including parents)

high: gastrointestinal system disease disease of anatomical entity na periodontal disease periodontitis mouth disease tooth disease disease induced periodontitis

all: cercopithecidae deuterostomia monkey vertebrata euarchontoglires dentition bilateria puerto rico teleostomi chordata primates craniata geographic location anthropogenic geographic feature fiat object experimental factor adult independent continuant anatomical collection gnathostomata mammalia subgingival plaque na sarcopterygii tetrapoda entity euteleostomi organism boreoeutheria amniota geographic feature cercopithecoidea haplorrhini developmental stage material anatomical entity research facility macaca mulatta eumetazoa astronomical body part catarrhini cercopithecinae material entity simiiformes unincorporated territory (usa) eutheria anatomical entity root construction cellular organisms age 12-23 years eukaryota continuant commonwealth of puerto rico macaca process theria metazoa united states of america opisthokonta dipnotetrapodomorpha

low: role na material property experimental factor control

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