The worldwide use of glyphosate has dramatically increased,but also has been raising concern over its impact on mineral nutrition,plant pathogen,and soil microbiota.To date,the bulk of previous studie
The phytohormone Jasmonates(JAs)play crucial roles in multiple plant physiological processes,including secondary metabolism.However,as for the biosynthesis of shikonin and its derivatives evoked by th
Stathmin1 是一种在脊椎动物细胞质中普遍存在的磷酸化蛋白，它通过与游离微管蛋白的结合来阻止微管的聚合，或者直接结合微管来加速微管的解聚，从而在微管的调节中起到重要的作用，因此被称为微管不稳定蛋白。微管的动力学重建在许多细胞事件比如细胞分裂、迁移和分化中是必需的，而Stathmin1 作为微管调节蛋白对细胞的增殖、侵袭、迁移和分化等具有调节作用，采用RNA 干扰技术，探索Stathmin1
MicroRNA(miRNA)is one of the essential regulatory factors responsive to abiotic stresses.Soybean is an important oil-bearing crop that mainly grows in acidic soil,where Al toxicity is a major restrict
The plant growth regulator 2,4-Dichlorophenoxyacetic acid(2,4-D)significantly inhibits the biosynthesis of shikonin and its derivatives,which are important secondary metabolites of the medicinal plant
Aquaporins play pivotal roles in plant growth,development and multiple stresses.Here we report a plasma membrane intrinsic protein(PIP)type aquaporin gene,LePIP2;3,from the medicinal plant Lithospermu
Soybean mosaic virus(SMV)commonly affects soybean production worldwide,and the SC18 strain has been widespread in China.The present study aims to characterize and map the SC18-resistance genes present
Daphnia 蚤是一种重要的模式生物和广泛应用的实验动物，也是水体污染监测/检测的重要指标生物之一。常见的实验品系多为遗传混合群体。为提高其水体污染监测/检测的敏感性，我们对采自秦淮河的野生长刺蚤(Daphnia longispina)通过连续七代无性繁殖及后续的多代近亲混合繁殖育成一个长刺蚤近交系―SJ1‖。测定和比较了畜禽类常用抗生素——诺氟沙星和蔬菜常用杀虫剂——溴虫腈对该近交系及野生型的
家蚕tret1-like 基因对海藻糖转运蛋白具有一定调控作用,从而对细胞内海藻糖水平进行调控。本研究利用生物信息学方法从家蚕基因组数据库中鉴定出69 个该基因家族成员,发现这些基因在家蚕28 个连锁群上为不均衡分布,其中 27 号染色体上分布最多,有21 个家族成员,系统发育分析显示出这些基因分为3 个亚组。我们选取其中一个基因,分别在抗BmNPV 品种和常规品种中克隆出其CDS 序列。同时,对