Are you sure you want to leave this community? Leaving the community will revoke any permissions you have been granted in this community.
URL: http://cnvvdb.genomics.sinica.edu.tw/
Proper Citation: CNVVdb - Copy Number Variations across Vertebrate genomes (RRID:SCR_007194)
Description: THIS RESOURCE IS NO LONGER IN SERVICE, documented on July 17, 2013. A web interface for identification of potential inter-species CNV information by finding duplicated regions within a genome (paralogues) and between different genomes (orthologues). The paralogues/orthologues are inferred from pairwise sequence alignments between 16 vertebrate species. Note that the CNVs referred here are not equal to copy number polymorphisms of a population. Further experimental evidence is needed to support the polymorphism status of the inferred CNVs in this database.
Abbreviations: CNVVdb
Synonyms: Copy Number Variations across Vertebrate genomes
Resource Type: service resource, data or information resource, database
Expand Allhas parent organization |
We found {{ ctrl2.mentions.all_count }} mentions in open access literature.
We have not found any literature mentions for this resource.
We are searching literature mentions for this resource.
Most recent articles:
{{ mention._source.dc.creators[0].familyName }} {{ mention._source.dc.creators[0].initials }}, et al. ({{ mention._source.dc.publicationYear }}) {{ mention._source.dc.title }} {{ mention._source.dc.publishers[0].name }}, {{ mention._source.dc.publishers[0].volume }}({{ mention._source.dc.publishers[0].issue }}), {{ mention._source.dc.publishers[0].pagination }}. (PMID:{{ mention._id.replace('PMID:', '') }})
A list of researchers who have used the resource and an author search tool
A list of researchers who have used the resource and an author search tool. This is available for resources that have literature mentions.
No rating or validation information has been found for CNVVdb - Copy Number Variations across Vertebrate genomes.
No alerts have been found for CNVVdb - Copy Number Variations across Vertebrate genomes.
Source: SciCrunch Registry