1) validamine
井冈霉胺
1.
In our lab, validamycins were used as raw material, cyclitol compounds such as vaienamine, validamine, and validoxylamine A were obtained by microbial catalysis.
本实验室以井冈霉素为原料，采用微生物催化技术，得到了环醇类物质井冈胺、井冈霉胺和井冈霉亚基胺A。
2) valiolamine
井冈霉醇胺
1.
N-Substituted chemical modification of valiolamine,as well as the inhibitory activity of these compounds against porcine and rat intestinal maltase and surase are discussed in detail.
井冈霉醇胺、井冈霉胺和井冈胺等假氨基糖类物质是新型的α 糖苷酶抑制剂,对其进行化学修饰可以得到糖苷酶抑制活性更强的N 取代假氨基糖衍生物。
4) validoxylamine A
井冈霉亚基胺A
1.
The product of valG gene was involved in transferring β-D glucose to validoxylamine A to produce validamycin A.
jinganggensis)DX546中,将负责井冈霉素A生物合成最后一步糖基转移中的糖基转移酶基因valG置换突变,多聚酶链式反应结果显示valG被阿泊拉霉素抗性基因成功置换,通过高压液相色谱检测证实突变株的发酵产物中井冈霉亚基胺A的产量得到大幅提高。
2.
In our lab, validamycins were used as raw material, cyclitol compounds such as vaienamine, validamine, and validoxylamine A were obtained by microbial catalysis.
本实验室以井冈霉素为原料，采用微生物催化技术，得到了环醇类物质井冈胺、井冈霉胺和井冈霉亚基胺A。
5) validoxylamine
井冈霉亚基胺
1.
Validamycins have been one of the most popular and economical biopesticides in China, by microbial transformation of which validoxylamine A and valienamine can be produced.
井冈霉素目前已成为我国最经济最受欢迎的生物农药之一，用微生物转化法分解井冈霉素可以得到井冈霉亚基胺A和井冈胺，前者对海藻糖酶有强烈的抑制作用，有望开发成为新型生物杀虫剂，而后者是一种糖苷酶抑制剂，也可作为合成降糖药的原料。
6) tetra-O-benzylvalienamine
2,3,4,6-四-O-苄基井冈霉烯胺
1.
Synthesis of tetra-O-benzylvalienamine
2,3,4,6-四-O-苄基井冈霉烯胺的合成
补充资料：井冈霉烯胺
分子式：C7H13NO4
分子量：175.18
CAS号：38231-86-6
性质：
分子量：175.18
CAS号：38231-86-6
性质：
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条