伢途加速器官网-伢途加速器下载-伢途加速器破解版-伢途vp加速器安卓ios

PhosphoGRID is an online database of experimentally verified in vivo protein phosphorylation sites in the model eukaryotic organism Saccharomyces cerevisisae. The database includes results from both high throughput (HTP) MS proteomics studies in addition to phosphosites identified in low throughput (LTP) studies of individual proteins or protein complexes. The identity of specific protein kinases and phosphatases shown to regulate appearance of phosphorylations are recorded, where available, as are the function(s) of the phosphorylation, and conditions under which the modification was demonstrated to occur. The PhosphoGRID curators would appreciate comments on omissions and errors, as well as notifications of newly published or submitted data.

This work was supported by:

• Canadian Institutes of Health Research grant (MOP-77807 - to I.S.)
• Canadian Cancer Society Research Institute Grant (0011258 to I.S.)
• Canadian Institutes of Health Research grant (GSP-36651 to M.T.)
• NIH National Center for Research Resources Grant (1R01RR024031-01 to M.T. and K.D.)

伢途加速器官网-伢途加速器下载-伢途加速器破解版-伢途vp加速器安卓ios

PhosphoGRID search results have been permanently re-directed into the BioGRID website as our scope has expanded to cover additional post translational modifications and additional model organisms. These and ALL future efforts of our ongoing curation of post translational modifications are available online now at the BioGRID Website.