Annotation details (ID: 4565)

Experiment ID: 582

Field Description
nameear mite infection is associated with altered microbial communities in genetically depauperate santa catalina island foxes (urocyon littoralis catalinae)
sraprjna580023
doidoi: 10.1111/mec.15325
datamd547051770d3cc90960311ccf37ce6cdaa
mapmd598717c06ce01167fcb79a782b1d25647

Annotations Details

Exp. ID User ID Description Date Region Flag Sequences
582amnon high in labial commissure lip compared to external acoustic meatus ear canal in wild united states of america santa catalina island urocyon littoralis santa catalina island fox urocyon littoralis catalinae 2020-01-22v4No142
Field Description
description
typediffexp
num_sequences142
regionv4
flags0
agentcalour
methodna
date2020-01-22
usernameamnon
privaten
allwild
allunited states of america
allsanta catalina island
allurocyon littoralis
allsanta catalina island fox
allurocyon littoralis catalinae
highlabial commissure
highlip
lowexternal acoustic meatus
lowear canal

Sequences

Ontology terms (including parents)

all: laurasiatheria santa catalina island vertebrata deuterostomia caniformia bilateria oceans and seas teleostomi chordata craniata geographic location pacific ocean north east pacific ocean experimental factor independent continuant carnivora pacific ocean region santa catalina island fox mammalia gnathostomata na sarcopterygii tetrapoda north east pacific ocean coastal waters of western mexico north pacific ocean entity organism euteleostomi boreoeutheria amniota urocyon canidae wild urocyon littoralis catalinae eumetazoa urocyon littoralis material entity gulf of california eutheria root cellular organisms eukaryota continuant theria metazoa united states of america opisthokonta dipnotetrapodomorpha

high: lip surface structure multicellular anatomical structure external soft tissue zone material anatomical entity labial commissure continuant na organism part anatomical structure material entity entity experimental factor anatomy basic component anatomical entity independent continuant

low: anatomical conduit external acoustic meatus ear canal multicellular anatomical structure material anatomical entity continuant na organism part anatomical structure material entity entity experimental factor anatomy basic component anatomical entity independent continuant

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