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<biogps><data><item key="rating_data"><item key="avg_stars">0</item><item key="total">0</item><item key="avg">0</item></item><item key="name">RhesusBase</item><item key="created">2014-11-19 16:17:16</item><item key="url">http://www.rhesusbase.org/genePage.jsp?id={{entrezgene}}</item><item key="lastmodified">2014-11-19 16:26:36</item><item key="usage_data"><item key="layouts">0.0</item><item key="users">0</item></item><item key="popularity">0.0</item><item key="owner"><item key="username">gtsueng</item><item key="url">/profile/7731/gtsueng</item><item key="name">gtsueng</item></item><item key="species"><item>human</item></item><item key="shortUrl">www.rhesusbase.org</item><item key="id">1173</item><item key="short_description">Detailed info on homologous genes from Rhesus Macaque</item><item key="role_permission"><item>biogpsusers</item></item><item key="permission_style">public</item><item key="type">iframe</item><item key="options">None</item><item key="tags"><item>database</item></item><item key="description">With human-comparable genome sequence and the advantages as model animal, rhesus macaque poses a unique model in molecular and translational study of human diseases. It is significant to study human biology in the framework of well-annotated macaque genomic contexts, while key issues regarding this animal model remain poorly addressed-the limited genomic annotation, the putative gene structure, and scarce platform to handle genomics data in the era of next-generation sequencing (NGS). RhesusBase was thus developed to refine genome-wide macaque gene structures, to integrate macaque functional annotations, and to provide a 'one-stop' knowledgebase for the primate research community.  Citation info here: http://www.rhesusbase.org/publication.jsp
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