...中扮演重要角色[1],并参与了高等植物的叶黄素循环,催化玉米黄质(Zeaxanthin)向花药黄质(Anthraxanthin)和堇菜黄质(Violaxanthin)的转化,确保植物在较低光照条件下能顺利地进行光合作用[2]。最近在拟南芥(Arabidopsis thalia
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玉米黄质 [生化] Zeaxanthin ; [生化] cryptoxanthin ; Zeaxould likehin ; mutatoxanthin
岩藻黄质 Fucoxanthin ; didehydro-5,6-epoxy
新黄质 [生化] neoxanthin ; neoksantyna ; neoxould likehin
隐黄质 [生化] cryptoxanthin ; beta-cryptoxanthin
视黄质 [生化] visual yellow ; xanthopsin ; indicator yellow
玉米黄质素 zeaksantyna ; Zeaxanthin ; zeaxantina ; Zexnthin
紫黄质 [生化] violaxanthin
斑蝥黄质 Canthaxanthin ; CanthaxanthinPowder ; Canthaxanthin Powder
菊黄质 Chrysanthemaxanthin
叶绿体的套膜有紫黄质的淡黄色。
The chloroplast envelope has the light yellow color of violaxanthin.
叶黄素是一种混合类胡卜素，包括玉米黄质和隐黄质。
It is naturally derived from marigold flowers and contains a normal blend of carotenoids including zeaxanthin and cryptoxanthin.
该标准样品达到标准样品的技术要求， 可用于有关岩藻黄质相关产品的方法校正和质量控制。
The material is intended for use in the method validation and quality control regarding fucoxanthin.
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