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Paper Details

Xenbase: Facilitating the Use of <i>Xenopus</i> to Model Human Disease.
Front Physiol
51
2019
Author NameAffiliation
Malcolm FisherCincinnati Children's Hospital
Christina James-ZornCincinnati Children's Hospital
Troy J PellsUniversity of Calgary
Virgilio G PonferradaCincinnati Children's Hospital
Erik SegerdellInstitute of Ecology and Evolution, University of Oregon
Peter D VizeUniversity of Calgary
Aaron M ZornCincinnati Children's Hospital
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Datasets

Dataset
Description
Source Link
XenbaseXenbase is a web-accessible resource that integrates all the diverse biological, genomic, genotype and phenotype data available from Xenopus research.Link
Human Disease OntologyThe Human Disease Ontology 2022 updateLink
Human Disease OntologyThe Human Disease Ontology 2022 updateLink
Human Disease OntologyThe Human Disease Ontology 2022 updateLink
Human Disease OntologyThe Human Disease Ontology 2022 updateLink
Human Disease OntologyThe Human Disease Ontology 2022 updateLink
Human Disease OntologyThe Human Disease Ontology 2022 updateLink
Human Disease OntologyThe Human Disease Ontology 2022 updateLink
Human Disease OntologyThe Human Disease Ontology 2022 updateLink
Human Disease OntologyThe Human Disease Ontology 2022 updateLink
Human Disease OntologyThe Human Disease Ontology 2022 updateLink
Human Disease OntologyThe Human Disease Ontology 2022 updateLink
Human Disease OntologyThe Human Disease Ontology 2022 updateLink
Human Disease OntologyThe Human Disease Ontology 2022 updateLink
PubMedCitations and abstracts of biomedical literatureLink
Release 1.2