Both enzymatic pathway (degradation by keratinase) and non-enzymatic pathway that is sulfitolysis occurred in the degradation process by streptomycete sp.B221.

链霉菌B221解角蛋白的过程中不但角蛋白酶解，而且酶解—硫酸分解作用。

Both enzymatic pathway (degradation by keratinase) and non-enzymatic pathway that is sulfitolysis occurred in the degradation process by streptomycete sp.B221.

链霉菌B221解角蛋白的过程中在角蛋白酶解途径，而且在非酶解途径—亚硫酸分解作用。

Both enzymatic pathway (degradation by keratinase) and non-enzymatic pathway that is sulfitolysis occurred in the degradation process by streptomycete sp.B221.

链霉菌B221解角蛋白的过程中不但存在角蛋白酶解途径，而且存在非酶解途径—亚硫酸分解作用。

Both enzymatic pathway (degradation by keratinase) and non-enzymatic pathway that is sulfitolysis occurred in the degradation process by streptomycete sp.B221.

链霉菌B221解角蛋白的过程中不角蛋白酶解途径，而且非酶解途径—亚硫酸分解作用。

Both enzymatic pathway (degradation by keratinase) and non-enzymatic pathway that is sulfitolysis occurred in the degradation process by streptomycete sp.B221.

链霉菌B221解角过程中不但存在角酶解途径，而且存在非酶解途径—亚硫酸分解作用。

Both enzymatic pathway (degradation by keratinase) and non-enzymatic pathway that is sulfitolysis occurred in the degradation process by streptomycete sp.B221.

链霉菌B221解蛋白的过程中不但存在蛋白酶解途径，而且存在非酶解途径—亚硫酸分解作用。

Both enzymatic pathway (degradation by keratinase) and non-enzymatic pathway that is sulfitolysis occurred in the degradation process by streptomycete sp.B221.

链霉菌B221解的过程中不但存在酶解途径，而且存在非酶解途径—亚硫酸分解作用。

Both enzymatic pathway (degradation by keratinase) and non-enzymatic pathway that is sulfitolysis occurred in the degradation process by streptomycete sp.B221.

链霉菌B221解角蛋白的过程存在角蛋白酶解途径，而且存在非酶解途径—亚硫酸解作用。

Both enzymatic pathway (degradation by keratinase) and non-enzymatic pathway that is sulfitolysis occurred in the degradation process by streptomycete sp.B221.

B221解角蛋白的过程中不但存在角蛋白酶解途径，而且存在非酶解途径—亚硫酸分解作用。