{"rating_data": {"avg_stars": 0, "total": 0, "avg": 0}, "name": "PROTOMAP - Apoptoptosis", "created": "2008-08-29 19:21:16", "url": "http://www.scripps.edu/cgi-bin/cravatt/pmap2rec.pl?dset=jcyt_v2_n4_118225335_req2d.pmap&searchterm={{EnsemblGene}}&numperpage=20&pagereq=1&scmin=0&scmax=infinite&referrer=biogps", "lastmodified": "2011-05-03 22:49:03", "usage_data": {"layouts": 9.0, "users": 8}, "popularity": 9.0, "owner": {"username": "gabriels", "url": "/profile/55/gabriels", "name": "Gabriel Simon"}, "species": ["human"], "shortUrl": "www.scripps.edu", "id": 124, "short_description": "PROTOMAP analysis (1D-SDS-PAGE/LC-MS/MS) showing graphical descriptions (\"peptographs\") of proteins detected in apoptotic Jurkat T-cells....", "role_permission": ["biogpsusers"], "permission_style": "public", "type": "iframe", "options": {"allowedSpecies": ["human"], "certified_owner": true}, "description": "PROTOMAP analysis (1D-SDS-PAGE/LC-MS/MS) showing graphical descriptions (\"peptographs\") of proteins detected in apoptotic Jurkat T-cells.  Proteins that are cleaved during apoptosis (blue) can be seen migrating in lower bands than their parent (uncleaved, red) forms.  Source: Cravatt Lab, Scripps.  Contact: gabriels@scripps.edu.\n\nReference: http://www.cell.com/content/article/abstract?uid=PIIS0092867408008258"}