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Table 1 Potential proteases and disulfide reductases for keratin decomposition

From: Comprehensive insights into the mechanism of keratin degradation and exploitation of keratinase to enhance the bioaccessibility of soybean protein

Type

geneID

Family

Enzymes

Potential keratinolytic proteases

RS14955

S1

Trypsin-like serine protease

RS05690

S8

Peptidase

RS15255

S8

Peptidase

RS02400

S9

Acetylxylan esterase

RS16285

S8

Serine peptidase

RS11220

S9

Peptidase

RS18510

S8

Serine peptidase

RS08615

S8

Serine peptidase

RS13920

S8

Serine peptidase

RS01465

S8

Serine peptidase

RS08645

S9

Chitobiase/beta-hexosaminidase

RS17315

S8

Peptidase

RS17960

M3

Oligoendopeptidase F

RS00915

M14

Peptidase

RS05045

M14

Hypothetical protein

RS08135

M20

Peptidase T

RS02515

M20

Dipeptidase PepV

RS13215

M20

Aminohydrolase

RS08570

M24

Aminopeptidase

RS03115

M42

Metallopeptidase

RS08920

M84

Zinc-dependent metalloprotease

RS17575

T3

Gamma-glutamyltransferase

Disulfide reductases

RS17050

 

TlpA family disulfide reductase

RS14160

 

TlpA family disulfide reductase

RS05595

 

CoA-disulfide reductase

RS14855

 

TlpA family disulfide reductase