Chinese translation for "隐黄质"

cryptoxanthine
dryptoxanthin
kryptoxanthin

Related Translations:

隐:  Ⅰ动词(隐瞒; 隐藏) hide; conceal 短语和例子隐姓埋名 conceal one's name and surname; 从路上看不到这所房子, 它隐没在一小片树林里。the house was concealed from the road by a small wood.Ⅱ形容词1.(隐藏不露) hidden from view; concealed 短语

Example Sentences:

	1.	In fruit of most citrus reticulata varities , p - cryptoxanthin was the main carotenoid component in pulp and its content approximated lutein content in peel 在宽皮柑橘中，果肉以积累-隐黄质为主，果皮-隐黄质与叶黄质含量接近。
	2.	The yellow color of the yellow cultivar fruit was resulted from relatively less acumulation of total carotenoids and p - citraurin , p - cryptoxanthin component in peel as compared with the orange and red cultivars “满头红”以积累红色的-柠乌素为主，而“尾张”则以积累橙色的的-隐黄质为主。
	3.	Lutein is an active carotenoid and potent natural source antioxidant . it is extracted from marigold flowers and contains a normal blend of carotenoids including : zeaxanthin and cryptoxanthin 叶黄素是一种活性类胡萝卜素，它是天然的抗氧化剂重要来源，取自万寿菊花，它含有一种纯混合类胡萝卜素：玉米黄质和隐黄质。
	4.	Lutein , zeaxanthin and p - cryptoxanthin content in peel was about 2 . 5 - 15 times as their respective content in pulp on the basis of fresh weight hence the peel was the principal location for the carotenoid stock in citrus fruit . 2 与果肉相比，柑橘果皮单位鲜重叶黄质、玉米黄素、 -隐黄质的含量为果肉的2 . 5 15倍，是柑橘主要的类胡萝卜素库存部位。
	5.	In peel of citrus fruit , red cultivar " mantouhong " accumulated mainly p - citraurin component , whereas orange cultivar " owari satsuma mandarin " accumulated mainly p - cryptoxanthin component . 4 . effects of shading fruit with opaque paper bag at the late stage of fruit enlargement on change in chlorophyll , carotenoid , sugar content and peel color in " hongshigan " citrus ( c . suavissima hort . ex tanaka x c . sinensis osbeck ) were examined 与光照处理相比，遮光前期果皮糖含量下降不大，而后期下降明显；若在后期去袋照光，果皮糖含量上升，与此相应，类胡萝卜素，尤其是卜隐黄质的积累增加，颜色加深，这一结果表明光对果皮类胡萝卜素合成尤其是卜隐黄质的积累有促进作用，其原因可能是光以环境信号的方式影响果皮的类胡萝卜素形成。
	6.	With development and maturation of citrus fruit , chlorophyll content of citrus fruit peel decreased , being acompanied by a gradual decrease in a - carotene and p - carotene which are known to be in the upstream of carotenoid biosynthesis pathway . the decrease continued up to complete vanishment of the carotenes . on the other hand , p - cryptoxanthin , p - citraurin and zeaxanthin that are in the downstream of carotenoid biosynthesis pathway increased steadily and became the principal carotenoid components 随着柑橘果实发育和成熟，果皮叶绿素含量下降，与此同时，位于类胡萝卜素生物合成途径上游的-胡萝卜素、 -胡萝卜素等胡萝卜素成分逐渐下降直至消失，而在类胡萝卜素生物合成途径下游的-隐黄质、 -柠乌素、玉米黄素等叶黄素成分逐渐上升，使得类胡萝卜素总量先略微下降后迅速上升；果实褪绿并呈现其特征色泽。
	7.	L . in both peel and pulp of citrus fruit , the major carotenoids were lutein , zeaxanthin and p - cryptoxanthin . p - carotene content was lower than lutein , zeaxanthin and p - cryptoxanthin content and a - carotene was less than p - carotene . among the 53 varieties tested , lycopene was detected only in pulp of cara cara navel orange 柑橘果皮和果肉中均以叶黄质、玉米黄素、 -隐黄质为主， -胡萝卜素含量较低， -胡萝卜素极低；参试品种除红肉脐橙果肉含有番茄红素外，其余均未检测到。
	8.	In order to elucidate the physiological mechanism of carotenoid formation in citrus fruit , we determined a - carotene , p - carotene , lycopene , p - cryptoxanthin , zeaxanthin and lutein content in 53 varieties that belong to various citrus types using hplc , analyzed the possible connection between color formation and carotenoid accumulation , and studied the effects of light . ga3 and mpta on carotenoid biosynthesis in peel of citrus fruit . the results are summarized below 为探讨柑橘果实类胡萝卜素形成的生理机制，本论文运用hplc技术测定了我国宽皮柑桔类、橙类、柚类及杂柑类等不同柑橘类型共53个品种(系)的-胡萝卜素、 -胡萝卜素、番茄红素、 -隐黄质、玉米黄素、叶黄质六种类胡萝卜素的含量，分析了柑橘果实不同色泽的呈现与果皮类胡萝卜素积累的可能联系，并探讨了光照、 ga _ 3 、 mpta等不同处理对柑橘果皮类胡萝卜素形成的调控机制，主要结果如下： 1
	9.	Hence , total carotenoid content was slightly reduced at the beginning , and then went up quickly , leading to change of fruit color from green to its color characteristic of mature fruit . 3 . correlation between changes in color and carotenoid content in peel of citrus fruit was investigated using mantouhong ( c . erythrosa hort ex tanaka ) , owari satsuma mandarin ( c . unshiu marc ) , huyou ( citrus hybrid ) as representatives of red , orange and yellow cultivars , respectively 对红、橙、黄三种不同色泽的代表品种“满头红” 、 “尾张” 、 “胡柚”的果实外观色泽变化与果皮类胡萝卜素变化的关系分析表明，类胡萝卜素总量及其橙、红色类胡萝卜素成分-隐黄质、 -柠乌素积累少是柑橘果实颜色淡呈黄色的主要原因；柑橘果实呈现红、橙色差异并非由于果皮类胡萝卜素总量的差异，而主要是由于果皮不同类胡萝卜素成分组成比例不同造成。

Similar Words：

"隐患" Chinese translation, "隐患处理" Chinese translation, "隐黄环氧化物" Chinese translation, "隐黄素" Chinese translation, "隐黄素环氧化物" Chinese translation, "隐灰化土" Chinese translation, "隐灰壤" Chinese translation, "隐辉采矿公司" Chinese translation, "隐晦" Chinese translation, "隐晦不整合" Chinese translation