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Table 1 Characteristics of GH11 xylanases used in the present study

From: Inhibitory effect of lignin on the hydrolysis of xylan by thermophilic and thermolabile GH11 xylanases

Xylanase Production host Domain architecture Mw (kDa) pI pH optimum Hpatch score Specific activity (nkat/mg) Potential salt bridges Potential disulphide bridges N-glycosylation
core CBM Total
TrXyn1 T. reesei GH11 18.4 5.5a 4.0–4.5a 1.12 1.12 5600 3 0 n.d
TrXyn2 T. reesei GH11 18.6 9a 5.0–5.5a 0.8 0.8 23000 5 0 n.d
Xyl40-CD T. reesei GH11 22.7 8.4b n.d 0.64 0.64 13100 5 2 Yes
Xyl40 E. coli GH11-CBM60 35.9 8.6b 6.5c 0.8 2.24 3.04 3200 5 3 No
  1. n.d. not determined in this work
  2. aRef. [19]
  3. bTheoretical pI
  4. cRef. [20]