Xenbase Release 3.5
Highlights of the new Xenbase v3.5
Updated FTP landing page for data downloads
Release of new feature ORFeome v1.0
Migration of NCBI E-utilities from SOAP to REST
laevis-only genes now display on gene pages
Latest XAO update added
Morpholinos on Xenbase!! Morpholino antisense oligos (MOs) are widely used in Xenopus to suppress gene function. Xenbase has introduced a comprehensive catalog of ~1585 published MOs so researchers can quickly identify effective Xenopus specific reagents.
Genome Builds & Gene Models:
Outbred X. laevis genome
X. laevis v7.2 annotation/gene model is now shown on the v7.1 genome build on GBrowse
X. laevis L and S (long and short) genomes now on GBrowse
We are working on reconciling X. laevis L & S alleles on gene pages
X. tropicalis genome build v8.0 has more gene names assigned on GBrowse
GBrowse snapshots are bigger and crisper on gene pages
Human Disease Associations:
Single-gene disease associations are now on ~14,600 gene pages, facilitating direct comparison of information from Xenopus genes with their human orthologs (e.g. tgfb1). Diseases can be searched using OMIM ID from the main search menu.
Transgenes Naming Guidelines:
Xenbase has drafted the ‘Xenopus Transgenic Nomenclature Guidelines’ in consultation with the NXR, EXRC and NBRP, and gene nomenclature committee. These guidelines are based on the well-established rules for zebrafish and mouse, with the goal of increasing experimental reproducibility and data clarity cross model organisms. Authors are strongly encouraged to follow the guidelines when naming transgenes or mutant or transgenic Xenopus lines. Contact Xenbase (firstname.lastname@example.org) with comments/questions and for help naming your constructs. See http://www.xenbase.org/gene/static/tgNomenclature.jsp
A discussion forum/community bulletin board to discuss and ask advice on all aspects of Xenopus research (e.g., experimental design & data analysis for ChipSeq, RNASeq, Morpholinos, ISH, genes etc.).
More details of the recent updates to Xenbase are detailed in Karpinka et al (2014). Xenbase, the Xenopus Model Organism Database; new virtualized system, data types and genomes. Nucl. Acids Res. first published online October 13, 2014 doi:10.1093/nar/gku956
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Last Updated: 2015-06-03