CAS: 87205-99-0; (R)-1,6-Dimethyl-1,2-Dihydrophenanthro[1,2-B]Furan-10,11-Dione

上下游产品

(+)-danshexinkun A danshenol C (1R,10S)-1,10-dihydro-10-hydroxy-1,6-dimethyl-10-(2-oxopropyl)phenanthro[1,2-b]furan-11(2H)-one 1-(5-methyl-[1]naphthyl)-ethanonenaphthoxepine-10-12-dione1,2-dihydro-1,6-dimethylfuro3,2-cnaphth2,1-eoxepine-10-12-dione Tanshinone I

📜Danshenol C置于tris(Dipivalomethanato)Europium体系中,用 氯仿 作为反应溶剂,以1.5 Mg的收率获得产物二氢丹参酮i
参考文献:使用胶体探针原子力显微镜评估功能化的乳胶微球和蛋白涂层表面之间的粘附力.
标题:使用胶体探针原子力显微镜评估功能化的乳胶微球和蛋白涂层表面之间的粘附力.
摘要:蛋白质在细菌粘附中很重要,但是蛋白质与特定功能基团之间在分子尺度上的相互作用尚不十分清楚.使用胶体探针原子力显微镜(afm)检测四种蛋白[牛血清白蛋白(bsa),蛋白a,溶菌酶和聚d-赖氨酸]与cooh,Nh2和oh功能化(乳胶)胶体之间的粘附力.胶体停留时间(t)和溶液离子强度(is)的函数.对于其中的三种蛋白质,与cooh和nh2官能化的胶体(1.6-6.8 Nn)相比,Oh-官能化的胶体对蛋白质产生的粘附力更高(2.6-30.5 Nn; Is = 1 Mm,T = 10S).但是,蛋白a与cooh官能化的胶体产生最大的粘附力(8.1 +/-1.0 Nn,T = 10 S),证明了特定的和意想不到的蛋白质-功能基团相互作用的重要性.nh2-官能化的胶体通常对所有蛋白质产生最低的粘附力,这可能是由于排斥性静电力和nh2-Nh2相互作用的弱键所致.功能化的胶体和蛋白质之间的粘附力(f)随停留时间(t)持续增加,并且数据通过f
DOI:10.1016/j.Colsurfb.2006.01.012

专利信息

专利号:CN-115197851-A
优先权日:2022-05-30
标题:Penicillium difficile and its use in regulating the synthesis of tanshinones in the roots of Salvia miltiorrhiza

专利号:CN-115197851-B
优先权日:2022-05-30
标题 :Penicillium rugosa and its use in regulating the synthesis of tanshinone components in the root of Danshen

专利号:CN-112626075-B
优先权日:2019-10-08
标题 :Cloning primer, function and application of a SmAP2/ERF152 gene regulating tanshinone synthesis

专利号:CN-104530056-B
优先权日:2015-01-07
标题:A hybrid of o-naphthoquinone and tetrazolopyrimidine and its synthesis method

专利号:CN-116514896-A
优先权日:2023-03-27
标题 :Synthesis method of dihydrotanshinone I

专利号:CN-108101914-B
优先权日:2018-01-18
标题:Spiro indolone derivative, synthesis method thereof and application thereof in preparation of anti-cancer drugs