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. 2016 Jun 3;11(6):e0156802. doi: 10.1371/journal.pone.0156802

Table 1. Biochemical properties of CbMan5A in comparison with other mannanases.

Enzyme Organism Optimal pH Optimal temperature(°C) Specific activity (unit, substrate) kcat (s-1) Km (mg ml-1) Reference
CbMan5A C. bescii 6.5 90 1,691 (U/mg, LBG) 1043 1.7 This.work
690 (U/mg, KGM) 514 0.9 This.work
505 (U/mg, GG) This.work
1.4 (mU/mg, Avicel) This.work
0.5 (mU/mg, Filter paper) This.work
2.2 (mU/mg, CMC-Na) This.work
5.9 (mU/mg, Beechwood xylan) This.work
Man5A1 Talaromyces leycettanus 4.5 90 2,160 (U/mg, LBG) 1.9 [19]
Man5A2 Talaromyces leycettanus 4.0 85–90 1,800 (U/mg, LBG) 2.2 [19]
Man5XZ3 Aspergillus nidulans 5.0 80 186 (U/mg, LBG) 0.9 [20]
ManBK Aspergillus niger 4.5 80 292 2.2 [21]
MAN-P Aspergillus niger 4.5 80 3,049 (U/ml, LBG) [22]
rMan5P1 Neosartorya fischeri 4.0 80 1,703 (U/mg, LBG) 0.8 [23]
Man5XZ7 Thielavia arenaria 5.0 75 5.3 [24]
Man5A Humicola insolens 5.5 70 1,122 (U/mg, LBG) 1.5 [25]
AaManA Alicyclobacillus acidocaldarius 5.5 65 340 2.4 [26]
ManA Bacillus subtilis 7.0 60 415.2 (U/ml, LBG) [27]
MANN Aspergillus sulphureus 2.4 50 366 (U/mg, LBG) 0.9 [28]
ManA Xanthomonas campestris 7.0 37 282.55 (U/mg, LBG) 0.88 [29]