organization server at afmb crns this analysis identified all gene models that contain a catalytic module gh gt pl or ce and or a cbm in all the genome contains 222 gene models containing cazy domains most of which have modular architecture of these 117 contain a gh module 39 have gts 29 pls and 17 ce many of these carry one or more cbm from various families there are also 20 proteins that contain a cbm but no predicted carbohydrase domain detailed comparisons of 2 40 module sequences to those in the modo database allowed specific predictions of function for modules where the sequence of the active site is highly conserved for example cel9b from the gel slice ms ms contains a gh9 module which is predicted to function as an endocellulase a cbm2 and a cbm10 module when catalytic module sequences are less conserved only a general mechanism can be predicted this is the case with gly5m which contains a gh5 predicted to be either a 1 3 or 1 4 glucanase u2014 sequence analysis cannot be certain which and so the acronym designation u201c gly u201d for glycanase the results of this detailed evaluation and analysis were used to assign genes to cellulase xylanase pectinase laminarinase arabinanase and mannanase systems each system was also assigned the relevant accessory enzymes i e cellobiases belong to the cellulase system and xylosidases belong to the xylanase system genes with less conserved gh modules which have the most potential to function as cellulases xylanases or accessories were identified and designated.