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Morphological changes analysis of rice cv. IR64 under drought stress

机译:水稻CV的形态学变化分析。干旱胁迫下的IR64

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Abiotic stress is one of major constraints in crop production worldwide. Drought is the most important abiotic stress that has a huge impact on plant growth and productivity. Rice is one of the crops that is sensitive to water limited conditions and prolong drought stress causes yield loss. Many genes are also affected by drought stress and information on their expression changes under drought is important to understand the molecular mechanism of plant response to drought. The objectives of this study are to determine the effect of drought on rice morphological changes and to isolate a high quality of RNAs that can be used for expression analysis. Drought treatment was imposed on the rice seedlings for four weeks and the morphological changes were assessed every week. The shoot and the root of rice were harvested every week for RNA isolation using Trizol? Reagents. The quantity and quality of isolated total RNAs were analyzed by the NanoDrop spectrophotometer and gel electrophoresis.
机译:非生物压力是全球农作物生产的主要制约因素之一。干旱是最重要的非生物压力,对植物生长和生产力产生巨大影响。大米是对水有限条件敏感的作物之一,延长干旱胁迫导致产量损失。许多基因也受到干旱压力的影响,有关干旱下表达变化的信息对于了解植物反应对干旱的分子机制非常重要。本研究的目的是确定干旱对水稻形态变化的影响,并分离可用于表达分析的高质量RNA。在水稻幼苗上施加干旱治疗四周,每周评估形态学变化。使用Trizol每周收获芽和米的根部,用于RNA分离?试剂。通过纳米纤维分光光度计和凝胶电泳分析分离的总RNA的数量和质量。

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