我所主办的英文期刊Journal of Cotton Research(《棉花研究》)第1期的4篇文章已经在线发表.李付广主编宣布JCR创刊,并简要介绍本期发表的4篇文章.Qanmber Ghulam等在陆地棉,亚洲棉和雷蒙德氏棉中分别克隆了140,80和89个含RING-H2结构的E3连接酶基因.结果表明:陆地棉的RING-H2结构的E3连接酶基因与纤维发育密切相关....
This collection is a Thematic Series of Journal of Cotton Research. Edited by: Prof. Dr. Xiongming DU Germplasm has always been the key resource for plant improvement and is becoming the bottleneck to encounter the challenges in revitalization of seed production industry. With the fast-evolving ...
根据2023年的引用次数,筛选出Journal of Cotton Research2021-2022年度发表的5篇高被引论文。 (点击文题查看详细信息) 1.Gossypium hirsutumL. in response to extreme abiotic conditions(第一作者QAMER Zainab) 2.Fourier transform infrared...
Determination of manganese content in cottonseed meal using near-infrared spectrometry and multivariate calibration En YU,Rubing ZHAO,Yunfei CAI,Jieqiong HUANG,Cheng LI…Article:12 Download PDF(1254KB)View Article Research Feasibility assessment of phenotyping cotton fiber maturity using infrared spectroscopy...
《Journal of Cotton Research》是一本专注于棉花研究的学术期刊,旨在联合农业、生物学、生物工程和材料领域的研究人员,促进棉花科学和技术的多学科发展。期刊内容涵盖棉花研究的主要领域,重点关注棉花种质资源和进化、遗传育种、病虫害综合防治和生物安全、生物学、生物信息学、分子生物学和细胞生物学、棉花生理和病理学...
《Journal of Cotton Research》是一本专注于棉花研究的学术期刊,旨在联合农业、生物学、生物工程和材料领域的研究人员,促进棉花科学和技术的多学科发展。期刊内容涵盖棉花研究的主要领域,重点关注棉花种质资源和进化、遗传育种、病虫害综合防治和生物安全、生物学、生物信息学、分子生物学和细胞生物学、棉花生理和病理学...
The Journal of Cotton Research aims to publish relevant, novel and revised information regarding all aspects of cotton science, to share opinions in cotton ...
This collection is a Thematic Series of Journal of Cotton Research. Guest Editor Dr. Muhammad Tehseen AZHAR, Department of Plant Breeding and Genetics, University of Agriculture Faisalabad, Pakistan About the Thematic Series Abiotic stresses are major environmental factors that affect plant growth and ...
摘要:我所主办的英文期刊Journal of Cotton Research(《棉花研究》)第1期的4篇文章已经在线发表。李付广主编宣布JCR创刊,并简要介绍本期发表的4篇文章。Qanmber Ghulam等在陆地棉、亚洲棉和雷蒙德氏棉中分别克隆了140、80和89个含RING-H2结构的E3连接酶基因。结果表明:陆地棉的RING-H2结构的E3连接酶基因与纤维发育密...
Climate deterioration, water shortages, and abiotic stress are the main threats worldwide that seriously affect cotton growth, yield, and fiber quality. Therefore, research on improving cotton yield and tolerance to biotic and abiotic stresses is of grea