CAJ | 학술논문

以糠醛渣与啤酒糟为混合底物，对绿色木霉(CGMCC3.2941)液态发酵产纤维素酶的一些条件进行了考察和优化。结果表明：底物浓度为2%，糠醛渣：啤酒糟质量比9：1，在(29±1)益培养11 d时，绿色木霉(CGMCC3.2941)所产纤维素酶的滤纸酶活为0.189 FPU/mL，内切酶活为0.451 U/mL，外切酶活为0.392 U/mL。与单一底物糠醛渣相比，混合底物的滤纸酶活、内切酶活、外切酶活分别提高了45.0%、3.8%、38.3%。
이강철사여비주조위혼합저물，대록색목매(CGMCC3.2941)액태발효산섬유소매적일사조건진행료고찰화우화。결과표명：저물농도위2%，강철사：비주조질량비9：1，재(29±1)익배양11 d시，록색목매(CGMCC3.2941)소산섬유소매적려지매활위0.189 FPU/mL，내절매활위0.451 U/mL，외절매활위0.392 U/mL。여단일저물강철사상비，혼합저물적려지매활、내절매활、외절매활분별제고료45.0%、3.8%、38.3%。
The liquid state fermentation conditions were studied and optimized for cellulase production by Trichoderma viride(CGMCC3.2941)using beer residue and furfural residue as mixed substrates.The results showed that the optimal conditions were as followsthe substrate concentration 2%,the ratio of furfural residue to beer residue 9:1,fermentation time 11d and fermentation temperature(29±1)℃.Under these conditions,the filter paper activity,endoglucanase activity,and exoglucanase activity could be reached 0.189 FPU/mL,0.451 U/mL and 0.392 U/mL,respectively,which increased by 45.0%,3.8%and 38.3%contrasted to the substrate without beer residue.