CAJ | 학술논문

对2株Bacillus属细菌在白酒丢糟中的生长及降解纤维素的情况进行了研究。发现2株菌均可在丢糟中生长良好；分别可使丢糟纤维素降低16.9%及16.6%，蛋白质增加35.0%及39.2%。2株菌等比例混合接种于丢糟（2%接种量，处理10 kg丢糟），堆积6 d后可使丢糟纤维素降解21.1%，蛋白增加41.1%，酸度降低86%；同时丢糟中淀粉、残糖、酸度等指标也有明显降低。结果显示该2株细菌在丢糟饲料生产或丢糟无害化处理方面有很好的应用前景。
대2주Bacillus속세균재백주주조중적생장급강해섬유소적정황진행료연구。발현2주균균가재주조중생장량호；분별가사주조섬유소강저16.9%급16.6%，단백질증가35.0%급39.2%。2주균등비례혼합접충우주조（2%접충량，처리10 kg주조），퇴적6 d후가사주조섬유소강해21.1%，단백증가41.1%，산도강저86%；동시주조중정분、잔당、산도등지표야유명현강저。결과현시해2주세균재주조사료생산혹주조무해화처리방면유흔호적응용전경。
Application features of two bacterial strains (No. G7B-58 and S522B-41) of Bacillus in the fermentation of waste distiller's grains from liquor producing were studied. It's found that the two strains can adapt to the environment of waste distiller's grains, when inoculated in the waste distiller's grains separately, the cellulose of waste distiller's grains reduced by 16.9%and 16.6%, and the protein of waste distiller's grains increased by 35.0%and 39.2%, respectively. In the case of two strains inoculated in the waste distiller's grains together, the cellulose of waste distiller's grains decompose by 21.1%, the protein increased by 41.1%and the acidity reduced by 86%, with significantly reducing of acid, starch and residual sugar at the same time. For the scale of 10 kg waste distiller's grains, inoculated with 2%of the bacterial suspension, and piled up six days was appropriate. The results showed that the strains in the spent grains harmless or Grains fodder production had a good prospect of application. The results showed that the two bacteria strains had a good prospect of application in pollution control of waste distiller's grains and feed industry.