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- THE FUNCTION AND THE MECHANISM OF GLYCINE BETAINE IN OSMOTIC STRESS TOLERANCE IN PLANT 甜菜碱在植物抗渗透胁迫中的功能及其作用机制
- Proline and Advance in Relative Genic Engineering Improvement for Osmotic Stress Tolerance of Plants 脯氨酸与植物抗渗透胁迫基因工程改良研究进展
- osmotic stress tolerance 渗透压胁迫
- Under osmotic stress,exogenous Spd treatment inhibited the decrease of NCC-Spd level in Yedan 13 and enhanced its tolerance to stress. 外源Spd处理明显抑制了渗透胁迫下掖单13类囊体膜上NCC-Spd含量的下降,也提高了掖单13玉米幼苗的抗性;
- The results suggested that the tolerance of the wheat seedlings to osmotic stress was associated with the activity of H+-ATPase and the contents of NCC-Spd and NCC-Spm and CC-Put and CC-Spd in PM of the seedling roots. 暗示了渗透胁迫下，小麦幼苗根核蛋白体上NCC一Spm、NCc一Spd、pIScC一put和pISCC一Spd水平的上升可能通过维持核蛋白体构象和功能的稳定以及调节基因的表达而增强幼苗适应渗透胁迫的能力。
- Finally, the effect of osmotic stress on fermentability was also discussed. 本文还就高渗对酿油酵母发酵力的影响进行了讨论。
- Acquisition of stress tolerance by pressure shock treatment in yeast. 间歇压力处理获得的酵母耐压性。
- Professor, Institute of Botany, Chinese Academy of Science. Molecular mechanism of plant response to osmotic stress. 中国科学院植物研究所,研究员,植物渗透逆境的分子生物学。
- Ph. D student, Gent University, Belgium. Molecular mechanism underlying proline accumulation during osmotic stress in Arabidopsis thaliana. 比利时根特大学，博士研究生，拟南芥在渗透胁迫下脯氨酸积累的分子机理。
- Abstract Proline is thought to be a compatible osmolyte which can help plants and bacteria to tolerate osmotic stress. 摘要 脯氨酸被认为是植物和细菌内的一种相容渗透剂，有助于植物和细菌抵御渗透胁迫。
- Osmotic stress promotes shoot regeneration in immature embryo-derived callus in rice (Oryza sativa L.). 渗透压诱导水稻愈合组织植株再生过程中过氧化酵素之变化。
- Maize（Zea mays..L）;osmotic stress; xylem sap;alternative split-root; free amino acid; protein. 09玉米;渗透胁迫;木质部汁液;分根交替;游离氨基酸;蛋白质
- Proline is thought to be a compatible osmolyte which can help plants and bacteria to tolerate osmotic stress. 摘要脯氨酸被认为是植物和细菌内的一种相容渗透剂，有助于植物和细菌抵御渗透胁迫。
- The physiological responses and their correlations of Populus hopeiensis leaves during PEG osmotic stress were investigated in this paper. 摘要对PEG渗透胁迫下河北杨叶片的生理响应及其内在关系进行研究。
- Plant nutrient acquisition and stress tolerance may be strengthened by the fungal symbiont. 内生真菌通过多样化途径来增强植物体的营养生理和抗性机能。
- Bouslama M, et al. Stress tolerance in soybeans[J]. Evaluation crop sci, 1984 (24):933-4937. 扬国虎;等.;玉米抗旱性的鉴定指标及遗传育种研究进展[J]
- The maximum temperature that a cell can tolerate depends on the health of the cell, the initial osmotic stress and the stress that occurs in the growth phase. 最高气温可容忍靠一个细胞的健康细胞,初步渗透胁迫和强调,发生在生长阶段。
- The majority of these ESTs were co-expressed in response to desiccation and osmotic stress and were generally not induced in response to heat and cold stress. 这些EST中的大多数在对干旱和渗透压胁迫发生反应时是共表达的，而在耐受冷热胁迫时并不被诱导表达。
- The generation of NO and H2O2 under osmotic stress, which indinced the stomata closure, was probably via the presence of ABA, and there was a cross talk between NO and H2O2. 还对根系渗透胁迫诱导蚕豆气孔关闭中ABA、NO和H2O2的关系进行了讨论，认为渗透胁迫可能通过ABA诱导NO和H2O2产生，促进气孔关闭且NO和H2O2之间存在相互作用。
- Isolation and Characterization of Transcription Factor DREB/ERF Genes Related to Stress Tolerance in Triticum Aestivum L. 小麦抗逆相关DREB/ERF转录因子基因的克隆与鉴定
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- 深远海浮式风电平台 - deep-sea floating wind power platform
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- 京雄高速公路 - Beijing-Xiongan expressway
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- 农业及相关产业增加值 - the added value of agriculture and related industries
