Costa Jose Helio, Miranda Rafael de Souza
Functional Genomics and Bioinformatics, Department of Biochemistry and Molecular Biology, Federal University of Ceara, Fortaleza 60451-970, Ceara, Brazil.
Non-Institutional Competence Focus (NICFocus) 'Functional Cell Reprogramming and Organism Plasticity' (FunCROP) (Coordinated from Foros de Vale de Figueira), 7050-704 Alentejo, Portugal.
Plants (Basel). 2023 Nov 9;12(22):3813. doi: 10.3390/plants12223813.
This editorial summarizes the main scientific contributions from 11 papers comprising the Special Issue (SI) "Molecular Basis of Crops and Fruit Plants in Response to Stress". Here, we collected papers from different research groups encompassing molecular studies from monocots (ginger, rice, maize) and eudicots (common hazel, cowpea, pepper, soybean, tomato) species submitted to abiotic stresses as heat, cold, salt, drought, and heavy metals or biotic stresses induced by different viruses, such as , , , and . These studies explored different aspects of molecular mechanisms involved in plant stress tolerance, establishing comparative analyses among genotypes/cultivars to identify potential molecular markers of stresses that are now available for future application in biotechnological studies. This SI presents a collection of advanced concepts and emerging strategies for readers and researchers aiming to accelerate plant breeding.
这篇社论总结了构成特刊(SI)“作物和果树植物应对胁迫的分子基础”的11篇论文的主要科学贡献。在此,我们收集了不同研究小组的论文,这些论文涵盖了单子叶植物(姜、水稻、玉米)和双子叶植物(欧洲榛、豇豆、辣椒、大豆、番茄)在遭受热、冷、盐、干旱和重金属等非生物胁迫或由不同病毒如[此处缺失病毒名称]、[此处缺失病毒名称]、[此处缺失病毒名称]和[此处缺失病毒名称]诱导的生物胁迫时的分子研究。这些研究探索了植物胁迫耐受性所涉及分子机制的不同方面,在基因型/品种之间进行比较分析,以识别胁迫的潜在分子标记,这些标记现在可用于未来的生物技术研究。本特刊为旨在加速植物育种的读者和研究人员提供了一系列先进概念和新兴策略。