茶叶科学
茶葉科學
다협과학
2013年
1期
1-12
,共12页
龙丹%江和源*%张建勇%白艳%王伟伟
龍丹%江和源*%張建勇%白豔%王偉偉
룡단%강화원*%장건용%백염%왕위위
儿茶素%分子修饰%应用
兒茶素%分子脩飾%應用
인다소%분자수식%응용
catechins%molecule modification%application
茶叶中所富含的儿茶素类物质,在体外细胞试验及动物体内试验中,表现出种种生物活性,但由于其“多羟基”的化学结构限制了应用范围.本文首先简要概括了应用于儿茶素分子修饰的常用方法,随后分别对修饰后儿茶素在食品、药品、日化领域中的应用实例进行归纳总结.
茶葉中所富含的兒茶素類物質,在體外細胞試驗及動物體內試驗中,錶現齣種種生物活性,但由于其“多羥基”的化學結構限製瞭應用範圍.本文首先簡要概括瞭應用于兒茶素分子脩飾的常用方法,隨後分彆對脩飾後兒茶素在食品、藥品、日化領域中的應用實例進行歸納總結.
다협중소부함적인다소류물질,재체외세포시험급동물체내시험중,표현출충충생물활성,단유우기“다간기”적화학결구한제료응용범위.본문수선간요개괄료응용우인다소분자수식적상용방법,수후분별대수식후인다소재식품、약품、일화영역중적응용실례진행귀납총결.
Catechins, which are rich in tea leaves, were found efficient bioactivity in vitro cell cultures and in vivo animal models. Unfortunately, their “ployhydroxy” chemical structures limit the further application. In this paper, some common methods used for molecular modification of catechins were reviewed firstly, and then some practical instances of modified products applied in food, drug and daily cosmetics area were reviewed.