Annotation details (ID: 1576)

Experiment ID: 232

Field Description
namea longitudinal study of the diabetic skin and wound microbiome
sraerp019566
sraprjeb17696
datamd504d6fdc2833a66af8b43f85fc1030367
mapmd5037c7ea2858d538ee2c1d0e6f6fba017

Annotations Details

Exp. ID User ID Description Date Region Flag Sequences
232amnonlower in diabetec foot ulcers compared to non-ulcer skin in diabetic patients ( high in control compared to ulcer wound in homo sapiens skin foot australia diabetes mellitus )2017-11-05v4No828
Field Description
descriptionlower in diabetec foot ulcers compared to non-ulcer skin in diabetic patients
typediffexp
num_sequences828
regionv4
flags0
agentcalour
methodna
date2017-11-05
usernameamnon
privaten
highcontrol
lowulcer
lowwound
allhomo sapiens
allskin
allfoot
allaustralia
alldiabetes mellitus

Sequences

Ontology terms (including parents)

all: primates homo sapiens tetrapoda gnathostomata <vertebrate> limb segment skin amniota theria <mammalia> homininae pes catarrhini disease paired limb/fin segment vertebrata <metazoa> opisthokonta eutheria teleostomi hominoidea eukaryota na carbohydrate metabolism disease euteleostomi appendage multicellular anatomical structure haplorrhini foot craniata <chordata> deuterostomia boreoeutheria anatomical entity organism subdivision disease of metabolism organism australasia simiiformes material entity subdivision of organism along appendicular axis chordata cellular organisms root euarchontoglires material anatomical entity sarcopterygii dipnotetrapodomorpha eumetazoa hominidae mammalia bilateria homo australia glucose metabolism disease oceania autopod region continuant metazoa experimental factor geographic location anatomy basic component diabetes mellitus organism part independent continuant anatomical structure acquired metabolic disease entity

high: experimental factor control material property role na

low: experimental factor pathological entity wound na ulcer material entity

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