矮秆波兰小麦矮化基因Rht-dp的定位及克隆 热度: 第八章 园艺植物基因的分离与克隆.ppt 热度: 第五章 目的基因的克隆与基因文库的构建 热度: single-strandbindingprotein reversetranscriptase polymerasechainreaction — () DNARNA DNA (A)DNA(B)DNA(C)DNA ...
Rht—B1b,.Rht—D1b,Rht—B1c小麦矮秆基因及其互作对小麦农艺性状的影响,Rht—B1b,.Rht—D1b,Rht—B1c小麦矮秆基因及其互作对小麦农艺性状的影响,农艺性状,农艺师,性状分离,相对性状,农艺师申报条件,高级农艺师,富尔农艺,农艺师招聘,朝来农艺园,Rht—B1b,.Rht—D1b...
In this study, the impact of salt stress (200mM NaCl equivalent to an electrical conductivity of 18.6mScm 1 ) on the photosynthetic apparatus and some growth parameters were investigated in wheat DELLA mutant ( Rht-B1c ) and wild-type ( Rht-B1a ) seedlings grown on a half-strength ...
Rht—B1b,Rht—D1b,Rht—B1c小麦矮秆基因及其互作对小麦农艺性状的影响 维普资讯 http://www.cqvip.com
小麦绿色革命蛋白rht-b1b磷酸化调控的分子机制 rht-b1b蛋白在小麦生长发育中扮演关键角色。磷酸化是调控rht-b1b蛋白功能的重要方式。蛋白激酶参与了rht-b1b磷酸化的过程。不同环境下rht-b1b磷酸化水平有差异。rht-b1b磷酸化影响小麦的株高表现。研究发现特定信号通路与rht-b1b磷酸化相关。磷酸化位点的确定对理解...
邓晓东目前担任襄阳邓工建设有限公司、湖北智楚建设工程有限公司赤壁分公司法定代表人,同时担任襄阳邓工建设有限公司财务负责人,执行董事,经理;二、邓晓东投资情况:邓晓东目前是襄阳邓工建设有限公司直接控股股东,持股比例为60%;目前邓晓东是3家企业最终受益人,包括其在投资襄阳邓工建设有限公司最终收益股份为60%,投资襄阳...
Results showed that both the Rht-B1b and Rht-D1b semi-dwarfing genes had significantly positive effects on kernel number and grain weight per spike, and had significantly negative effects on 1000-grain weight comparing to the tall line (Rht-B1a). The Rht-B1c dwarfing gene had a ...
A suppressor screen using the dwarf Rht-B1c Della mutant of wheat (Triticum aestivum L.) led to the isolation of overgrowth mutants, which retained the original dwarfing gene but grew at a faster rate because of a new mutation elsewhere in that gene. Forty-six alleles were identified, which...
introduction of AMD's x86-64 technology. This technology is planned to preserve companies' investments in 32-bit applications while allowing a seamless transition to 64-bit computing, as those companies require. The AMD Opteron processor is designed to deliver high-performance server and ...