农业科学与技术（英文版）
農業科學與技術（英文版）
농업과학여기술（영문판）
AGRICULTURAL SCIENCE & TECHNOLOGY
2015年
5期
1027-1029
,共3页
再生法%金针菇%工厂化生产
再生法%金針菇%工廠化生產
재생법%금침고%공엄화생산
Regeneration method%Flammulina velutipes%Industrialized production
通过对生产金针菇的各环节进行总结，得出了一套较佳的再生法栽培金针菇的工艺，研究结果表明：按照该工艺进行出菇，利用木屑、麸皮、玉米面的常规培养基，袋内干料在360 g时，出菇产量在450 g左右，生物学转化率可达125%～128%。该法生产出的金针菇品质优良、货架期长、培养原料广泛，推广市场前景巨大。
通過對生產金針菇的各環節進行總結，得齣瞭一套較佳的再生法栽培金針菇的工藝，研究結果錶明：按照該工藝進行齣菇，利用木屑、麩皮、玉米麵的常規培養基，袋內榦料在360 g時，齣菇產量在450 g左右，生物學轉化率可達125%～128%。該法生產齣的金針菇品質優良、貨架期長、培養原料廣汎，推廣市場前景巨大。
통과대생산금침고적각배절진행총결，득출료일투교가적재생법재배금침고적공예，연구결과표명：안조해공예진행출고，이용목설、부피、옥미면적상규배양기，대내간료재360 g시，출고산량재450 g좌우，생물학전화솔가체125%～128%。해법생산출적금침고품질우량、화가기장、배양원료엄범，추엄시장전경거대。
The research made a conclusion on different production chains of Flam-mulina velutipes and proposed regeneration method for cultivating Flammulina velu-tipes. The results indicated that with saw dusts, bran and corn flour as culture medium, when dry materials in bags reached 360 g, 450 g Flammulina velutipes would be produced and biotransformation efficiency can be 125%-128%. Additional-ly, the cultivated Flammulina velutipes proves better in quality and longer in shelf-life, and the source of raw materials is not confined in a specific region, showing a promising prospect.
