数字农科院2.0

Genome-wide Characterization of Heat Shock Protein (HSP) Genes in Tuta (Phthorimaea) Absoluta: Insights into Thermal Stress Response

文献类型： 外文期刊

作者： Bo Xu; DeYuan Kong; Guohui Zhang; Cong Huang; Guifen Zhang; Fanghao Wan

关键词： Tuta (Phthorimaea) absoluta; heat shock protein; phylogeny; high temperature

期刊名称： NEOTROPICAL ENTOMOLOGY

ISSN： 1519-566X

年卷期： 2025 年

页码：

收录情况： SCIE（2025版）

摘要： The tomato leafminer Tuta (Phthorimaea) absoluta (Lepidoptera: Gelechiidae) is a highly destructive invasive pest of tomato. Heat shock proteins (HSPs) are key molecular chaperones that mediate insect responses to environmental stress. Despite their central role, a comprehensive characterization of HSP genes in T. absoluta has been lacking. This study presents the first genome-wide identification of HSP genes in T. absoluta. Here, we performed a genome-wide identification and characterization of T. absoluta HSP genes. In total, 58 HSP genes were identified, including 23 sHSPs, 10 HSP60s, 20 HSP70s, and five HSP90s. Coding sequence lengths ranged from 405 to 3,741 base pairs, encoding proteins of 103–475 amino acids. Gene structure analysis showed that 58% of these HSPs lacked introns. Chromosomal mapping revealed multiple tandem duplications, particularly within the sHSP and HSP70 families. Phylogenetic analysis demonstrated that T. absoluta HSPs clustered by subfamily with strong conservation. RT-qPCR revealed significant upregulation of several HSP70 genes (TaHSP70-8, TaHSP70-9, TaHSP70-11, TaHSP70-12, TaHSP70-13, TaHSP70-14, TaHSP70-17, and TaHSP70-18) under high-temperature stress. These findings provide the first comprehensive catalog of HSPs in T. absoluta, establishing a molecular framework for future studies on stress adaptation and offering insights for pest management strategies.

分类号：

  • 相关文献

[1]Molecular traits and functional analysis of Rapid Alkalinization Factors (RALFs) in four Gossypium species. Lin H., Han X., Feng X., Chen X., Lu X., Yuan Z., Li Y., Ye W., Yin Z.. 2022

[2]Genome-wide identification studies – A primer to explore new genes in plant species. Safder I., Shao G., Sheng Z., Hu P., Tang S.. 2022

[3]The dynamics of genome size and GC contents evolution in genus Nicotiana [A dinâmica do tamanho do genoma e a evolução dos conteúdos de GC no gênero Nicotiana]. Hussain Z., Sun Y., Shah S.H., Khan H., Ali S., Iqbal A., Zia M.A., Ali S.S.. 2023

[4]Identification and Characterization of Abiotic Stress–Responsive NF-YB Family Genes inMedicago. Du W., Yang J., Li Q., He C., Pang Y.. 2022

[5]Origin and Phylogeography of Chinese Cereal Cyst Nematode Heterodera avenae Revealed by Mitochondrial COI Sequences. Shao H., Xue Q., Yao K., Cui J., Huang W., Kong L., Li C., Li H., Peng D., Smiley R.W., Peng H.. 2022

[6]Inhibition Of Heat Shock Protein 9.0 Suppresses Bombyx Mori N ucleopolyhedrovirus Replication In B. Mori. Guo, X. J.,Huang, H. L.,Zhang, S. L.,Tang, X. D.,Guo, X. J.,Wu, P.,Tang, X. D.,Shang, Q.,Wu, P.,Wu, P.. 2019

[7]Label-Free Based Quantitative Proteomic Analysis I.dentifies Proteins Involved In T he Testis Maturation Of Bactrocera Dorsalis (Hendel). Zhang, Meng-Yi,Gu, Pei-Ming,Smagghe, Guy,Smagghe, Guy,Smagghe, Guy,Wang, Jin-Jun,Wang, Jin-Jun,Wei, Dong,Wei, Dong,Wei, Dong,Zhang, Meng-Yi. 2018

[8]Alleviative Effect Of Selenium On I.nflammatory Damage Caused By L ead Via Inhibiting Inflammatory Factors And Heat Shock Proteins In Chicken Testes. Wang, Y, Wang, KX, Huang, H, Gu, XH, Teng, XH. 2017

[9]Combined Transcriptomic And Proteomic Analysis O.f Cold Stress Induced S ugar Accumulation And Heat Shock Proteins Expression During Postharvest Potato Tuber Storage. Lin, Q, Xie, YJ, Guan, WQ, Duan, YQ, Wang, ZD, Sun, CD. 2019

[10]Comparative Transcriptome Analysis Of Differentially Expressed Genes In Bradysia Odoriphaga Yang Et Zhang (Diptera: Sciaridae) At Different Acute Stress Temperatures. Cheng, JX, Su, Q, Xia, JX, Yang, ZZ, Shi, CH, Wang, SL, Wu, QJ, Li, CN, Zhang, YJ. 2020

[11]Transcription Analysis Of The Stress And Immune Response Genes To Temperature Stress In Ostrinia Furnacalis. Chen, Kangkang,Yang, Yizhong,Feng, Congjing,Tang, Tai,Song, Jiahui,Wang, Libao,Song, Qisheng,Liu, Xu,He, Kanglai,Wang, Zhenying. 2019

[12]Heat Shock Factor Is Involved In Regulating The Transcriptional Expression Of Two Potential Hsps (Ahhsp70Andahshsp21) And Its Role In Heat Shock Response Ofagasicles Hygrophila. Jin, JS, Li, YZ, Zhou, ZS, Zhang, H, Guo, JY, Wan, FH. 2020

[13]Effect of chilling rate on heat shock proteins abundance, myofibrils degradation and caspase-3 activity in postmortem muscles. Huang C., Ijaz M., Chen L., Xiang C., Liang C., Li X., Blecker C., Wang Z., Zhang D.. 2022

[14]DOTAP-functionalized DNA nanocages enable efficient miR168d trafficking to antagonize PVY infection by modulating HSP90-5 homeostasis. Yanwei Gong1, Junying Zhang2, Liu Yang3, Xinyi Zhao1, Lingdie Wang1, Dong An1, 5 Lianqiang Jiang3*, Yubing Jiao1, Lili Shen1. 2025

[15]Suppression Of Starch Synthase I (.Ssi) By Rna Interference A lters Starch Biosynthesis And Amylopectin Chain Distribution In Rice Plants Subjected To High Temperature. Han, Zhanyu,Zhao, Qian,Zhao, Qian,Han, Zhanyu,Cheng, Fangmin,Asad, Muhammad:Asad:Ullah,Zhou, Qifa,Du, Xiaoxia,Cheng, Fangmin,Ye, Yu,Pan, Gang. 2019

[16]The Involvement Of Long Non-Coding R.nas In The Formation O f High Temperature-Induced Grain Chalkiness In Rice. Lv, Yusong,Tang, Shaoqing,Wei, Xiangjin,Jiao, Guiai,Hu, Peisong,Cao, Ruijie,Zhong, Min,Luo, Rongjian. 2018

[17]Research Progress On Heat Stress O.f Rice At Flowering S tage. Wang Yaliang,Zhu Defeng,Zhou Jianxia,Zhang Yikai,Zeng Yongjun,Zhang Yuping,Shi Qinghua,Wang Yaliang,Wang Lei,Xiang Jing,Hu Shengbo,Chen Huizhe. 2019

[18]Chlorophyll Deficient 3, Encoding A P.utative Potassium Efflux Antiporter, A ffects Chloroplast Development Under High Temperature Conditions In Rice (Oryza Sativa L.). Lv, Yusong,Tang, Shaoqing,Wei, Xiangjin,Jiang, Hanwei,Jiang, Hanwei,Sheng, Zhonghua,Hu, Shikai,Shao, Gaoneng,Hu, Peisong,Luo, Rongjian. 2018

[19]Anthocyanin Accumulation In Black Kernel Mutant Rice And Its Contribution To Ros Detoxification In Response To High Temperature At The Filling Stage. Cheng, Fangmin,Shah, Jawad Munawar,Zhao, Qian,Khan, Ali Raza,Zakari, Shamsu Ado,Zaidi, Syed Hassan Raza. 2019

[20]Changes In The Cecal Microbiota Of Laying Hens During Heat Stress Is Mainly Associated With Reduced Feed Intake. Xing, S, Wang, XJ, Diao, HJ, Zhang, MH, Zhou, Y, Feng, JH. 2019

作者其他论文 更多>>