玉米隐花色素<i>CRY1b</i>和<i>CRY2</i>基因转录丰度对不同光质处理的响应

玉米隐花色素CRY1b和CRY2基因转录丰度对不同光质处理的响应

李红丹^1,²,闫蕾^1,²,孙蕾^1,²,樊晓聪^1,³,陈士瞻^1,³,张燕^1,³,郭林¹,游光霞¹,李庄^1,²,杨宗举^1,²,苏亮^1,^*,杨建平^1,^3,^*

Transcription Abundances of CRY1b and CRY2 Genes in Response to Different Light Treatments in Maize

Hong-Dan LI^1,²,Lei YAN^1,²,Lei SUN^1,²,Xiao-Cong FAN^1,³,Shi-Zhan CHEN^1,³,Yan ZHANG^1,³,Lin GUO¹,Guang-Xia YOU¹,Zhuang LI^1,²,Zong-Ju YANG^1,²,Liang SU^1,^*,Jian-Ping YANG^1,^3,^*

图1. 玉米与拟南芥、小麦和水稻的CRY1蛋白等常见作物的氨基酸序列比对及结构域分析
使用NCBI网站和DNAMAN对其进行序列比对; 使用SMART网站对其进行结构域分析。AtCRY1: 拟南芥CRY1, AAB28724; OsCRY1a: 水稻CRY1a, BAB70686; OsCRY1b: 水稻CRY1b, BAB70688; TaCRY1a: 小麦CRY1a, ABX58028; ZmCRY1b: 玉米CRY1b, ZM02G13620。图中黑色、深灰色、浅灰色及白色分别代表一致性为100%、75%、50%和0。

Fig. 1. Multiple sequence alignments and function domains of CRY1 proteins from Zea mays, Arabidopsis thaliana, Oryza sativa, and Triticum aestivum
Multiple sequence alignments at amino acid levels were analyzed by NCBI and DNAMAN, and the function domains were analyzed by SMART. AtCRY1: Arabidopsis thaliana CRY1, AAB28724; OsCRY1a: Oryza sativa CRY1a, BAB70686; OsCRY1b: Oryza sativa CRY1b, BAB70686; TaCRY1a: Triticum aestivum CRY1a, ABX58028; ZmCRY1b: Zea may CRY1b, ZM02G13620. Black, dark grey, light grey, and white in the picture stand for 100%, 75%, 50%, and 0 of consistency, respectively.