Structural and mechanistic analysis of a beta-glycoside phosphorylase identified by screening a metagenomic library.

MYESILSIKPYNLSKEQITWVNQTLVSLSDDEKLGQLICEIIWDKPGCDPLDVMKHFLPGAVMYRPFKAKRMREFTQRLQ
KASKIPLLIACNLERGGSGGNGGMEDGTYVASPMGVAATDDESSAEHLGEVCASEGSAVGVNWTYEPIIDIDMNPENPIT
NVRTYGSDPERIIRMAKAYCRGCRKWGVLTTIKHFPGDGVDYRDQHLMSSVNNLSADEWMDTYGRIYQALIEDGAETLMS
AHIRQPNVTRMVNPLIKDEEIMPGSLSKELMQGILRGRFHFNGLICTDATQMVGYTCSMPRHEALPTSIQNGADMLTFTL
NPTEDFKALQEGLSCGLLTHERLDEAVARILGMKAKLRLPERKDVVPPLHAMERIQSKKHKKWALEIADESITLVKDKQK
GLLPLSPQKTKRIILVQATNEKPEGGYLSEARLFKGLLEKEGFIVHWFEEVPRPGTGYSIEDLKRDTDLFIYYANFKVSS
NQTTIRLVWSDFLGDSSPKFVCDVPTLFLSFSNPYHLVDVPMVKTYINAYTSNEATVRMMIEKLMGRSSFKGKSPVDPFA
GLWDARLHHHHHH

Canadian Institutes of Health Research (CIHR)

Beta-glucoside phosphorylase, CAZy family 3 GH3 BglX, HYDROLASE