Annotation details (ID: 5582)

Experiment ID: 703

Field Description
nameobesity alters composition and diversity of the oral microbiota in patients with type 2 diabetes mellitus independently of glycemic control
doihttps://doi.org/10.1371/journal.pone.0204724
sraprjeb28369
mapmd5642d62b68201d0cbe36c0f25e8da4369
datamd5cbc5bd61b0a01d080265bbcd9004bc68

Annotations Details

Exp. ID User ID Description Date Region Flag Sequences
703amnon high in dentition subgingival plaque subgingival dental plaque compared to saliva in city of dresden germany type 2 diabetes mellitus adult homo sapiens 2028-04-02v3No-1
Field Description
description
typediffexp
num_sequences-1
regionv3
flags0
agentcalour
methodna
date2028-04-02
usernameamnon
privaten
lowsaliva
highdentition
highsubgingival plaque
highsubgingival dental plaque
allcity of dresden
allgermany
alltype 2 diabetes mellitus
alladult
allhomo sapiens

Sequences

Ontology terms (including parents)

low: continuant animal body or body part experimental factor secretion of exocrine gland material anatomical entity anatomy basic component part of animal bodily fluid organism part anatomical entity saliva independent continuant anatomical structure part of plant or animal material entity entity organism substance nonmeat part of animal na

high: continuant animal body or body part material anatomical entity subgingival plaque part of animal subgingival dental plaque anatomical entity dentition na independent continuant part of plant or animal nonmeat part of animal dental plaque entity organism substance anatomical collection material entity

all: primates homo sapiens adult gnathostomata <vertebrate> tetrapoda state of kansas theria <mammalia> amniota homininae catarrhini disease vertebrata <metazoa> opisthokonta eutheria eukaryota contiguous united states of america teleostomi hominoidea na carbohydrate metabolism disease euteleostomi haplorrhini developmental stage craniata <chordata> deuterostomia boreoeutheria decatur county germany disease of metabolism organism simiiformes europe material entity chordata cellular organisms root euarchontoglires process sarcopterygii type 2 diabetes mellitus dipnotetrapodomorpha eumetazoa hominidae mammalia bilateria homo glucose metabolism disease continent midwest region region (contiguous united states of america) experimental factor metazoa continuant west north central division eurasia geographic location diabetes mellitus north america independent continuant acquired metabolic disease entity city of dresden

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