基本释义:

隐花植物的

网络释义

1)cryptogamic,隐花植物的

2)cryptogamous,隐花植物的

3)cryptogam,隐花植物

4)cryptochrome,隐花色素

5)Crypsis aculenta,隐花草

6)Cryptochrome,隐花素

7)cryptochromes,隐花色素

8)cryptocyanine,隐花青

9)cryptogamous plants,隐花植物

10)cryptogamia,隐花植物

用法和例句

CRY2 is the apoprotein of cryptochrome 2and CRY2 cDNA has been cloned from Sorghum bi-color in this study.

R111)幼苗中提取总RNA,利用RT-PCR和cDNA的3'末端的快速扩增方法(3'RACE),第一次克隆了高粱隐花色素2基因(CRY2)的cDNA序列。

In recent years, great progress has been made in the molecular genetic research of Arabidopsis and other plants, especially in the molecules and genes of cryptochromes and phototropins, and signaling of blue light.

近年来 ,对拟南芥及其它植物的分子遗传研究 ,在隐花色素和向光素的分子、基因和蓝光信号转导方面取得了显著进展。

Cryptochrome 1 and cryptochrome 2 are firstly elucidated.

以拟南芥为例,已得到确认的受体至少有隐花色素(CRY1、2)和向光蛋白(phototropin)两大类。

Salicornia europaea and Suaeda salsa seedlings were treated with Hoagland solution added with 0,100,200 or 400 mmol L -1 NaCl, while the seedlings of Limonium bicolor , Atriplex spongiosa , Aleuropus sinensis and Crypsis aculenta were treated with Hoagland solution added with 0,100 or 200 mmol L -1 NaCl.

分别用含有 0、10 0、2 0 0、40 0mmolL-1NaCl的Hoagland培养液处理真盐生植物海蓬子 (Salicorniaeu ropaea)、盐地碱蓬 (Suaedasalsa) ,含有 0、10 0、2 0 0mmolL-1NaCl的Hoagland培养液处理泌盐植物二色补血草(Limoniumbicolor)、滨藜 (Atriplexspongiosa)、獐毛 (Aleuropussinensis)和隐花草 (Crypsisaculenta)幼苗 。

Proteome Comparative Analysis of Cryptochromes of Arabidopsis;

拟南芥隐花素蛋白质组学研究

Cryptochromes are blue light receptors that regulate various photomophogenic responses in plant, including inhibition of hypocotyl elongation, stimulation of cotyledon expansion, and regulation of flowering time.

隐花素(Cryptochrome)是植物感受蓝光的蓝光受体,它介导蓝光调节植物的光形态建成反应,如抑制下胚轴伸长、促进子叶伸展及调节开花等。

In higher plants, there are at least three kinds of light receptors to capture light signal: phytochrome, cryptochromes and phototropin, which receptor absorb different spectrum of light.

隐花素(cryptochrome)是植物感受蓝光的蓝光受体,它介导蓝光调节植物的光形态建成反应,如抑制下胚轴伸长、促进子叶伸展及调节开花等。

Thefamily of plants cryptochromes (CRYs) are blue light photoreceptors, whosesignaling pathway is critical for the regulation of the developmental growth.

植物中存在的隐花色素(cryptochrome,CRY)可以接收太阳光谱中的蓝光信号,并通过其信号传递途径调控植物的生长发育。

Cryptochromes are blue light receptors that regulate various photomorphogenesis responses in plants, including inhibition of hypocotyls elongation, stimulation of cotyledon expansion, and regulation of flowering time.

隐花色素(Cryptochrome)是植物的蓝光受体,它介导蓝光调节植物光形态建成,如抑制下胚轴生长、促进子叶伸展、去黄化、控制植物叶片气孔的张开及关闭以及在植物中调控植物开花。

The study shown that many of the cryptochromes were proteins which had a molecular weight of 70-80 kD.

隐花色素(cryptochrome)是吸收蓝光和近紫外光而调节植物形态、新陈代谢变化以及向光反应的一类光敏受体。