NSTL国家科技图书文献中心

1. SAL1 gene: a promising target for improving abiotic stress tolerance in plants a mini review NSTL国家科技图书文献中心

Elsharawy, Hany | Refat, Moath - 《Physiology and Molecular Biology of Plants》 - 2025,31(1) - 1～9 - 共9页

摘要： potential applications for improving stress* tolerance in* | tolerance against abiotic stress. | mechanisms to regulate stress responses and enhance stress | tolerance. The SAL1 gene, which encodes a phosphatase | enzyme, has emerged as a key player in plant stress

关键词： SAL1 Gene | Climate change | Abiotic stress | Crop productivity | Stress tolerance | Food Security

2. Leveraging Stress Tolerance Property to Enhance Succinic Acid Production and Cell Metabolic Activity of Yarrowia lipolytica NSTL国家科技图书文献中心

Meng-Lin Sun | Donglai Fang ... - 《ACS Sustainable Chemistry & Engineering》 - 2025,13(14) - 5210～5219 - 共10页

摘要： yeast stress* tolerance to SA toxicity is desirable for* | through the manipulation of yeast SA stress tolerance | gene expression related to improved stress tolerance | related to yeast stress* tolerance for efcient organic* | ,is critical for SA tolerance* in Yarrowia*

关键词： succinic acid | stress tolerance | Yarrowia lipolytica | comparative transcriptome analysis | fed-batch fermentation

3. Modern and historical uses of plant grafting to engineer development, stress tolerance, chimeras, and hybrids NSTL国家科技图书文献中心

Augstein, Frauke | Melnyk, Charles W. - 《The Plant Journal》 - 2025,121(4) - 共13页

摘要： applications for modifying development and stress tolerance | resistance, modify plant growth or enhance abiotic stress | tolerance. Today, grafting has evolved from what | For millennia, people have grafted plants to | propagate them and to improve their traits. By cutting and

关键词： plant grafting | mobile RNAs | dwarfing | development | stress tolerance | graft hybrids | graft chimeras

4. Nuclear factor NF-YA4a regulates salt stress tolerance and juvenile-adult phase transition in Pyrus NSTL国家科技图书文献中心

Yang, Yingjie | Mei, Yuling ... - 《Horticulture,Environment,and Biotechnology》 - 2025,66(1) - 137～148 - 共12页

摘要： stress tolerance compared to the wild-type phenotype | stress tolerance in Pyrus. This research may provide a | stress. However, research on NF-Y members in Pyrus is | salt stress* responses in Pyrus trees.* | Pear trees typically exhibit a prolonged

关键词： NF-Y | Juvenile-adult phase transition | Salt stress tolerance | Pyrus

5. Genetic assessment of diverse rice germplasm for yield-related and stress tolerance traits NSTL国家科技图书文献中心

Sudha,Shanmugam | Stanley Omar P. B.,S...... - 《Genetic Resources and Crop Evolution》 - 2025,72(1) - 885～904 - 共20页

摘要： weight (WFP), cold stress* tolerance (qSCT-11 and qCTS* | Abstract The development of stress-resistant | developing cultivars with high yield and tolerance* to* | , 168 possess the qSCT-11 cold tolerance* gene, 139* | carry the Rf4 gene, 152 have the qCTS12 cold tolerance

关键词： Rice | Varietal improvement | Marker-assisted selection | Yield-related traits | Rice blast resistance | Abiotic stress tolerance

6. HaNAC146 from sunflower overexpression enhances plant growth and stress tolerance NSTL国家科技图书文献中心

Liu, Yuxin | Li, Wenhui ... - 《Plant Cell Reports》 - 2025,44(3) - 共14页

摘要： developing crops with improved stress* tolerance and high* | improve both the growth and abiotic stress* tolerance in* | a delicate balance between stress* resistance and* | , morphogenesis, as well as biotic and abiotic stress. There is | , exhibit a certain level of tolerance* to drought, barren*

关键词： Helianthus annuus NAC146 (HaNAC146) | Transient and stable transformation | Salt- and drought- stress resistance | The growth and production

7. Vitis species for stress tolerance/resistance NSTL国家科技图书文献中心

Atak, Arif - 《Genetic Resources and Crop Evolution》 - 2025,72(2) - 2425～2444 - 共20页

摘要： on tolerance* to abiotic stress conditions, and* | to various biotic and abiotic stress* conditions* | stress conditions can be obtained in accordance with | resistance to biotic stress* conditions, especially fungal* | genotypes that are more tolerant to many abiotic stress

关键词： Grapevine | Biotic/abiotic stress | Breeding | Interspecies | New cultivars

8. Waterlogging Effects on Root Morphology, Yield, and Stress Tolerance in Cowpea ( Vigna unguiculata L. Walp) Grown on Semi-Arid Vertisols NSTL国家科技图书文献中心

Senthamil, E. | Halli, Hanamant M.... - 《Journal of Agronomy and Crop Science/Zeitschrift fur acker-und pflanzenbau》 - 2025,211(1) - 共16页

摘要： stability index (YSI similar to 0.62) and stress tolerance | Waterlogging, a global environmental stress | waterlogging stress* are required to ensure global food* | explained the reduction in grain yield and stress | tolerance. In conclusion, cowpea was found to be highly

关键词： cowpea | growth stages | root morphology | stress tolerance | waterlogging stress | yield reduction

9. Overexpressing IbHAK5 increases drought stress tolerance in transgenic sweetpotato NSTL国家科技图书文献中心

Jin, Rong | Zhao, Peng ... - 《Plant biotechnology reports》 - 2025,19(2) - 105～114 - 共10页

摘要： breeding programs to improve drought stress tolerance | of IbHAK5 in drought stress* resistance, and provide* | Plants cope with drought stress* by* | and drought stress, which may result in the | increased drought stress* tolerant in transgenic plants*

关键词： IbHAK5 | Drought stress | K+ absorption | Transcriptome | Sweetpotato

10. Constraints of digestion on swimming performance and stress tolerance vary with habitat in freshwater fish species NSTL国家科技图书文献中心

Zhang, Yongfei | Luo, Yulian ... - 《Integrative zoology》 - 2025,20(1) - 88～107 - 共20页

摘要： tolerance during digestion, suggesting that whether oxygen | limitation is involved in the heat tolerance* process is* | intermediate-flow habitats showed impaired hypoxia tolerance | Limited aerobic scope (AS) during digestion | might be the main constraint on the performance of

摘要： potential applications for improving stress* tolerance in* | tolerance against abiotic stress. | mechanisms to regulate stress responses and enhance stress | tolerance. The SAL1 gene, which encodes a phosphatase | enzyme, has emerged as a key player in plant stress

关键词： SAL1 Gene | Climate change | Abiotic stress | Crop productivity | Stress tolerance | Food Security

摘要： yeast stress* tolerance to SA toxicity is desirable for* | through the manipulation of yeast SA stress tolerance | gene expression related to improved stress tolerance | related to yeast stress* tolerance for efcient organic* | ,is critical for SA tolerance* in Yarrowia*

关键词： succinic acid | stress tolerance | Yarrowia lipolytica | comparative transcriptome analysis | fed-batch fermentation

摘要： applications for modifying development and stress tolerance | resistance, modify plant growth or enhance abiotic stress | tolerance. Today, grafting has evolved from what | For millennia, people have grafted plants to | propagate them and to improve their traits. By cutting and

关键词： plant grafting | mobile RNAs | dwarfing | development | stress tolerance | graft hybrids | graft chimeras

摘要： stress tolerance compared to the wild-type phenotype | stress tolerance in Pyrus. This research may provide a | stress. However, research on NF-Y members in Pyrus is | salt stress* responses in Pyrus trees.* | Pear trees typically exhibit a prolonged

关键词： NF-Y | Juvenile-adult phase transition | Salt stress tolerance | Pyrus

摘要： weight (WFP), cold stress* tolerance (qSCT-11 and qCTS* | Abstract The development of stress-resistant | developing cultivars with high yield and tolerance* to* | , 168 possess the qSCT-11 cold tolerance* gene, 139* | carry the Rf4 gene, 152 have the qCTS12 cold tolerance

关键词： Rice | Varietal improvement | Marker-assisted selection | Yield-related traits | Rice blast resistance | Abiotic stress tolerance

关键词： Helianthus annuus NAC146 (HaNAC146) | Transient and stable transformation | Salt- and drought- stress resistance | The growth and production

摘要： on tolerance* to abiotic stress conditions, and* | to various biotic and abiotic stress* conditions* | stress conditions can be obtained in accordance with | resistance to biotic stress* conditions, especially fungal* | genotypes that are more tolerant to many abiotic stress

关键词： Grapevine | Biotic/abiotic stress | Breeding | Interspecies | New cultivars

摘要： stability index (YSI similar to 0.62) and stress tolerance | Waterlogging, a global environmental stress | waterlogging stress* are required to ensure global food* | explained the reduction in grain yield and stress | tolerance. In conclusion, cowpea was found to be highly

关键词： cowpea | growth stages | root morphology | stress tolerance | waterlogging stress | yield reduction

摘要： breeding programs to improve drought stress tolerance | of IbHAK5 in drought stress* resistance, and provide* | Plants cope with drought stress* by* | and drought stress, which may result in the | increased drought stress* tolerant in transgenic plants*

关键词： IbHAK5 | Drought stress | K+ absorption | Transcriptome | Sweetpotato

摘要： tolerance during digestion, suggesting that whether oxygen | limitation is involved in the heat tolerance* process is* | intermediate-flow habitats showed impaired hypoxia tolerance | Limited aerobic scope (AS) during digestion | might be the main constraint on the performance of

关键词： interspecific difference | metabolic priority mode | physiological strategy | specific dynamic action | stress tolerance

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： potential applications for improving stress tolerance in | tolerance against abiotic stress. | mechanisms to regulate stress responses and enhance stress | tolerance. The SAL1 gene, which encodes a phosphatase | enzyme, has emerged as a key player in plant stress

关键词： SAL1 Gene | Climate change | Abiotic stress | Crop productivity | Stress tolerance | Food Security

摘要： yeast stress tolerance to SA toxicity is desirable for | through the manipulation of yeast SA stress tolerance | gene expression related to improved stress tolerance | related to yeast stress tolerance for efcient organic | ,is critical for SA tolerance in Yarrowia

关键词： succinic acid | stress tolerance | Yarrowia lipolytica | comparative transcriptome analysis | fed-batch fermentation

摘要： applications for modifying development and stress tolerance | resistance, modify plant growth or enhance abiotic stress | tolerance. Today, grafting has evolved from what | For millennia, people have grafted plants to | propagate them and to improve their traits. By cutting and

关键词： plant grafting | mobile RNAs | dwarfing | development | stress tolerance | graft hybrids | graft chimeras

摘要： stress tolerance compared to the wild-type phenotype | stress tolerance in Pyrus. This research may provide a | stress. However, research on NF-Y members in Pyrus is | salt stress responses in Pyrus trees. | Pear trees typically exhibit a prolonged

关键词： NF-Y | Juvenile-adult phase transition | Salt stress tolerance | Pyrus

摘要： weight (WFP), cold stress tolerance (qSCT-11 and qCTS | Abstract The development of stress-resistant | developing cultivars with high yield and tolerance to | , 168 possess the qSCT-11 cold tolerance gene, 139 | carry the Rf4 gene, 152 have the qCTS12 cold tolerance

关键词： Rice | Varietal improvement | Marker-assisted selection | Yield-related traits | Rice blast resistance | Abiotic stress tolerance

关键词： Helianthus annuus NAC146 (HaNAC146) | Transient and stable transformation | Salt- and drought- stress resistance | The growth and production

摘要： on tolerance to abiotic stress conditions, and | to various biotic and abiotic stress conditions | stress conditions can be obtained in accordance with | resistance to biotic stress conditions, especially fungal | genotypes that are more tolerant to many abiotic stress

关键词： Grapevine | Biotic/abiotic stress | Breeding | Interspecies | New cultivars

摘要： stability index (YSI similar to 0.62) and stress tolerance | Waterlogging, a global environmental stress | waterlogging stress are required to ensure global food | explained the reduction in grain yield and stress | tolerance. In conclusion, cowpea was found to be highly

关键词： cowpea | growth stages | root morphology | stress tolerance | waterlogging stress | yield reduction

摘要： breeding programs to improve drought stress tolerance | of IbHAK5 in drought stress resistance, and provide | Plants cope with drought stress by | and drought stress, which may result in the | increased drought stress tolerant in transgenic plants

关键词： IbHAK5 | Drought stress | K+ absorption | Transcriptome | Sweetpotato

摘要： tolerance during digestion, suggesting that whether oxygen | limitation is involved in the heat tolerance process is | intermediate-flow habitats showed impaired hypoxia tolerance | Limited aerobic scope (AS) during digestion | might be the main constraint on the performance of

关键词： interspecific difference | metabolic priority mode | physiological strategy | specific dynamic action | stress tolerance

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： potential applications for improving stress* tolerance in* | tolerance against abiotic stress. | mechanisms to regulate stress responses and enhance stress | tolerance. The SAL1 gene, which encodes a phosphatase | enzyme, has emerged as a key player in plant stress

摘要： yeast stress* tolerance to SA toxicity is desirable for* | through the manipulation of yeast SA stress tolerance | gene expression related to improved stress tolerance | related to yeast stress* tolerance for efcient organic* | ,is critical for SA tolerance* in Yarrowia*

摘要： stress tolerance compared to the wild-type phenotype | stress tolerance in Pyrus. This research may provide a | stress. However, research on NF-Y members in Pyrus is | salt stress* responses in Pyrus trees.* | Pear trees typically exhibit a prolonged

摘要： weight (WFP), cold stress* tolerance (qSCT-11 and qCTS* | Abstract The development of stress-resistant | developing cultivars with high yield and tolerance* to* | , 168 possess the qSCT-11 cold tolerance* gene, 139* | carry the Rf4 gene, 152 have the qCTS12 cold tolerance

摘要： on tolerance* to abiotic stress conditions, and* | to various biotic and abiotic stress* conditions* | stress conditions can be obtained in accordance with | resistance to biotic stress* conditions, especially fungal* | genotypes that are more tolerant to many abiotic stress

摘要： stability index (YSI similar to 0.62) and stress tolerance | Waterlogging, a global environmental stress | waterlogging stress* are required to ensure global food* | explained the reduction in grain yield and stress | tolerance. In conclusion, cowpea was found to be highly

摘要： breeding programs to improve drought stress tolerance | of IbHAK5 in drought stress* resistance, and provide* | Plants cope with drought stress* by* | and drought stress, which may result in the | increased drought stress* tolerant in transgenic plants*

摘要： tolerance during digestion, suggesting that whether oxygen | limitation is involved in the heat tolerance* process is* | intermediate-flow habitats showed impaired hypoxia tolerance | Limited aerobic scope (AS) during digestion | might be the main constraint on the performance of