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Table 4 Multifunctional proteins in A. cellulolyticus vs. C. thermocellum

From: Genome-wide analysis of Acetivibrio cellulolyticus provides a blueprint of an elaborate cellulosome system

A. cellulolyticus

C. thermocellum

A. Homologous cellulosomal enzymes

GH11- CBM6- Doc-CE4

ZP_09464944

GH11- CBM6- Doc-CE4

Cthe_2972;

XynA/U

PL1- Doc-PL9

ZP_09465691

PL1-Doc-CBM35-PL9

Cthe_2179

CE12- Doc-CBM35-CE12

ZP_09463564

CE12- Doc-CBM35-CE12

Cthe_3141

CE12- Doc-CBM35-CE12

ZP_09465667

  

B. Non-homologous cellulosomal enzymes

GH5-CBM6-CBM13-CBM62-Doc-CE6

ZP_09463297

CBM30-GH9-GH44-Doc-CBM44

Cthe_0624;

CelJ

GH5-Doc-CE2

ZP_09464730

CBM22-GH10-CBM22-Doc-CE1

Cthe_0912;

XynY

CE1-CBM6-Doc-GH10

ZP_09465552

GH26-GH5-CBM11-Doc

Cthe_1472;

CelH

  

GH30-CBM42-GH43-Doc

Cthe_2139

  

CE3-CE3-Doc

Cthe_0798

C. Non-cellulosomal enzymes

GH48-GH9-CBM3c-CBM3b

ZP_09464448

 

GH18-CE4-GT2

ZP_09465738

 

GT84-GH94

ZP_09462312

 
  1. Domain architectures and their corresponding accession numbers or names are listed above. Catalytic modules are marked in bold. GH, glycoside hydrolase; PL, polysaccharide lyase; CE, carbohydrate esterase; CBM, carbohydrate-binding module; GT, glycosyl transferase; Doc, dockerin; numbers indicate family of the indicated module.