2) yeast invertase
酵母转化酶
3) yeast transcriptional activator
酵母转录活化因子
1.
In this paper, MALDI-TOF-MS was used to verify the primary structure of synthesized yeast transcriptional activator Ac-[Q236,Q252]GCN4 (226-252)-GGC-NH2.
本文介绍它在确证化学合成酵母转录活化因子Ac-[Q236,Q242]GCN4(226-252)-GGC-NH2的一级结构中的重要作用。
2.
Yeast transcriptional activator GCN4(226-252)-GGC-NH_2 and the designed Ac-[Q ̄(236),Q ̄(242)]GCN4(226-252)-GGC-NH_2 aiming at altering GCN_4 DNA-binding specificity was prepared by stepwise solid phase peptide synthesis.
经分子设计改造的酵母转录活化因子Ac─[Q~(236),Q~(242)]GCN4(226—252)—GGC—NH_2的化学合成及二聚化张若衡,王鹤,徐筱杰,唐有棋(北京大学物理化学研究所,北京,100871)关键词酵母转录活化因子,固相肽合成,空气氧化。
4) tame yeast
酵母驯化
5) S.diastaticus
糖化酵母
1.
Research on Protoplast Formation and Regeneration of S.cerevisiae K and S.diastaticus;
K氏酵母与糖化酵母原生质体的形成与再生条件
2.
A new fusant was constructed using the single parent killing protoplast fusion technology and S.
以糖化酵母和酿酒酵母为亲本,采用单亲灭活原生质体融合技术进行属间融合,同时对酵母原生质体形成和再生条件进行了探索,取培养6h ̄8h的单倍体在30℃下,2。
3.
cerevisias and S.
采用多因素正交试验确定了酿酒酵母和糖化酵母原生质体形成和再生的最佳条件。
6) Saccharomyces diastaticus
糖化酵母
1.
Study on potent starch-fermenting strains of Saccharomyces diastaticus constructed by protoplast fusion and colchicine chromosome treatment;
原生质体融合和秋水仙素染色体加倍构建强发酵淀粉的糖化酵母研究
2.
Study of Several Conditions for Saccharomyces diastaticus and S. cerevisiae Protoplast Preparation;
糖化酵母及酿酒酵母原生质体制备中若干条件的探索
补充资料:贝克氏酵母菌