【摘 要】
：
Dear Editor,Recently,it was reported that the florigenic FT protein bound to a 3
egion of the potent floral repressor FLC (FLOWERING LOCUS C) to activate the exp
【机 构】
：
Shanghai Center for Plant Stress Biology & National Key Laboratory of Plant Molecular Genetics, CAS
论文部分内容阅读
Dear Editor,Recently,it was reported that the florigenic FT protein bound to a 3
egion of the potent floral repressor FLC (FLOWERING LOCUS C) to activate the expression of long noncoding antisense RNAs known as COOLAIR and consequently repress FLC expression to control flowering time and seed dormancy in Arabidopsis (Chen and Penfield,2018).Here,we show that FT represses FLC expression through a 5promoter region,but not COOLAIR.
其他文献
Weeds,especially close relatives of crops,pose severe threats to agricultural production worldwide.As an evolutionary "evil twin" of cultivated rice,weedy rice
Plasma membrane proteins, especally transmembrane receptors and transporters, play central roles in the maintenance of cell homeostasis and in the adaptation of
In November 1998, a group of scientists met in Palo Alto,Califoia,at an NSF-sponsored workshop to discuss the grand challenges facing biology at that time.
DNA methylation is a chromatin modification that is often associated with the exciting and sometimes unpredictable pattes of inheritance that can unfold with ep
Different from conventional labor-intensive and time-consuming breeding approaches such as genetic cross and mutation screening,new breeding technologies such a
Vegetative oils are closely associated with our daily life.They are widely used in food,both in cooking and as nutritional supplements,as well as in cosmetics a
电场对植物的生命活动有一定的影响。使用汕优6号、四优6号、桂朝二号和BG902作为供试材料,采用场强为57～5000伏特/厘米的弱电场,给萌动稻种以5～60分钟的处理,然后进行温室催
Citrus is one of the top three fruit crops worldwide.Citrus production is facing an unprecedented crisis due to Huanglongbing (HLB,also known as citrus greening
本文介绍利用PLC的数据处理功能作模拟量测控的单元配置、数据传送、数字量变换及显示的应用实例。
This article describes the use of PLC data processing functions for
本文综述了有机—无机杂化复合膜材料研究现状及制备方法,并对有机—无机杂化复合膜在分离、抗菌、光催化降解、水处理等领域的应用进行了简要的评述。预测了这类性能优异的