文献类型： 外文期刊
作者： Dev, Washu 1 ; Sultana, Fahmida 1 ; He, Shoupu 1 ; Waqas, Muhammad 1 ; Hu, Daowu 1 ; Aminu, Isah Mansur 1 ; Geng, Xiaoli 1 ; Du, Xiongming 1 ;
作者机构： 1.Chinese Acad Agr Sci, Inst Cotton Res, State Key Lab Cotton Biobreeding & Integrated Util, Anyang 455000, Peoples R China
2.Chinese Acad Agr Sci, Natl Nanfan Res Inst Sanya, Sanya 57202, Hainan, Peoples R China
关键词： Heat stress; Cotton breeding; Genomics; Physiological and biochemical response; Tolerance mechanisms
期刊名称：JOURNAL OF PLANT PHYSIOLOGY （ 影响因子：4.0； 五年影响因子：4.1 ）
ISSN： 0176-1617
年卷期： 2024 年 302 卷
页码：
收录情况： SCI
摘要： The growing worldwide population is driving up demand for cotton fibers, but production is hampered by unpredictable temperature rises caused by shifting climatic conditions. Numerous research based on breeding and genomics have been conducted to increase the production of cotton in environments with high and low- temperature stress. High temperature (HT) is a major environmental stressor with global consequences, influencing several aspects of cotton plant growth and metabolism. Heat stress-induced physiological and biochemical changes are research topics, and molecular techniques are used to improve cotton plants' heat tolerance. To preserve internal balance, heat stress activates various stress-responsive processes, including repairing damaged proteins and membranes, through various molecular networks. Recent research has investigated the diverse reactions of cotton cultivars to temperature stress, indicating that cotton plant adaptation mechanisms include the accumulation of sugars, proline, phenolics, flavonoids, and heat shock proteins. To overcome the obstacles caused by heat stress, it is crucial to develop and choose heat-tolerant cotton cultivars. Food security and sustainable agriculture depend on the application of genetic, agronomic, and, biotechnological methods to lessen the impacts of heat stress on cotton crops. Cotton producers and the textile industry both benefit from increased heat tolerance. Future studies should examine the developmental responses of cotton at different growth stages, emphasize the significance of breeding heat-tolerant cultivars, and assess the biochemical, physiological, and molecular pathways involved in seed germination under high temperatures. In a nutshell, a concentrated effort is required to raise cotton's heat tolerance due to the rising global temperatures and the rise in the frequency of extreme weather occurrences. Furthermore, emerging advances in sequencing technologies have made major progress toward successfully se sequencing the complex cotton genome.
- 相关文献
作者其他论文 更多>>
-
Comparative transcriptome analysis and functional verification revealed that GhSAP6 negatively regulates salt tolerance in upland cotton
作者：Peng, Zhen;Rehman, Abdul;Jiang, Xuran;Tian, Chunyan;Li, Hongge;Azhar, Muhammad Tehseen;Du, Xiongming;He, Shoupu;Peng, Zhen;Wang, Zhenzhen;Li, Hongge;Wang, Xiaoyang;Du, Xiongming;He, Shoupu;Peng, Zhen;Li, Hongge;Du, Xiongming;He, Shoupu;Ahmad, Adeel;Azhar, Muhammad Tehseen
关键词：GhSAP6; Salt stress; Transcriptome; Upland cotton; Y2H; LCI
-
Functionally differentiated GL2-interacting-repressor 1 homoeologs regulate epidermal hair development of Gossypium hirsutum
作者：Yu, Li;Zhao, Xuan;Hua, Langjing;Yuan, Rong;Wei, Yiting;Luo, Kun;Ma, Long-en;Hu, Xin;Cao, Yuefen;Ding, Mingquan;Rong, Junkang;Yu, Li;Guan, Xueying;Feng, Shengjun;Wu, Gang;Du, Xiongming;He, Shoupu
关键词：
-
Genetic, metabolomic and transcriptomic analyses of the cotton yellow anther trait
作者：Liang, Qian;Feng, Xiaokang;Wang, Xuefeng;Ma, Xiaohu;Liang, Rui;Liu, Feng;Zhang, Xinyu;Sun, Jie;Xue, Fei;Hu, Daowu;He, Shoupu;Jin, Yanlong;Zhu, Qian-Hao;Zhu, Huaguo
关键词：Carotenoid biosynthesis; Flavonoid biosynthesis; PSY; Wild cotton; Yellow anther
-
Late embryogenesis abundant gene GhLEA-5 of semi-wild cotton positively regulates salinity tolerance in upland cotton
作者：Tian, Chunyan;Rehman, Abdul;Li, Hongge;Du, Xiongming;Peng, Zhen;He, Shoupu;Wang, Xiaoyang;Li, Hongge;Du, Xiongming;Peng, Zhen;He, Shoupu;Peng, Zhen;He, Shoupu;Wang, Zhenzhen;Ma, Jun
关键词：Cotton; Salt tolerance; GhLEA-5; Functional verification
-
Unraveling key genes and pathways involved in Verticillium wilt resistance by integrative GWAS and transcriptomic approaches in Upland cotton
作者：Khan, Majid;Hu, Daowu;Dai, Shuai;Li, Hongge;Peng, Zhen;He, Shoupu;Du, Xiongming;Geng, Xiaoli;Hu, Daowu;Li, Hongge;Du, Xiongming;Li, Hongge;Peng, Zhen;He, Shoupu;Du, Xiongming;Awais, Muhammad
关键词：Verticillium wilt; GWAS; RNA-seq; DEG; Cotton
-
Genome-wide identification of SERKs in four Gossypium species reveals GhBAK1 potentially promotes cotton defoliation
作者：Qin, Ning;Du, Xiongming;Li, Hongge;Qin, Ning;Tian, Yuan;Rehman, Abdul;Ma, Xinli;Wang, Xiaoyang;Wang, Xiangru;Peng, Zhen;Pan, Zhaoe;He, Shoupu;Du, Xiongming;Li, Hongge;Tian, Yuan;Rehman, Abdul;Ma, Xinli;Peng, Zhen;He, Shoupu;Du, Xiongming;Li, Hongge
关键词：Cotton; SERKs; Genome-wide identification; Gene expression; Defoliant
-
Evaluation of Salt-Tolerant Germplasms and Identification of Salt Tolerance-Related Proteins in Upland Cotton at the Seedling Stage
作者：Li, Xiawen;Rehman, Abdul;Li, Hongge;Peng, Zhen;He, Shoupu;Rehman, Abdul;Li, Hongge;Du, Xiongming;Peng, Zhen;He, Shoupu;Wang, Zhenzhen;Ma, Jun;Peng, Zhen;He, Shoupu
关键词：upland cotton;
Gossypium purpurascens ; TMT-based proteome; salt-tolerant proteins; differential enrichment; biological pathways
