搜索结果: 1-7 共查到“作物育种学与良种繁育学 Cell”相关记录7条 . 查询时间(0.265 秒)
通过基因组的定向与特异改造而实现作物的精准设计和培育是作物遗传改良研究的重要科学问题,基因组编辑有望为该问题的解决提供重要策略与途径。中国科学院遗传与发育生物学研究所高彩霞研究组致力于植物基因组编辑技术创新及作物分子设计育种应用的研究。2021年2月12日,国际重要期刊Cell在线发表了高彩霞研究员题为“Genome Engineering for Crop Improvement and Fut...
中国科学院遗传与发育生物学研究所高彩霞研究组应邀在Nature Reviews Molecular Cell Biology上发表CRISPR-Cas在农业与植物生物技术上的应用的综述文章(图)
高彩霞 农业 植物生物技术 作物分子设计育种
2020/9/29
现代农业面临着诸多困境与挑战。现有的农作物栽培品种亟需改良与优化,以应对日益恶化的环境问题以及不断增长的世界人口。相比于传统育种,来自于原核生物的CRISPR-Cas系统可以准确、高效、可编程地对农作物基因组进行编辑,从而为未来的农业发展提供了新的机遇。中国科学院遗传与发育生物学研究所高彩霞研究组一直致力于植物基因组编辑技术创新及作物分子设计育种应用的研究。2020年9月24日,国际重要综述期刊N...
中国农业科学院深圳农业基因组研究所黄三文受邀加入《细胞(Cell)》期刊学术顾问委员会(图)
中国农业科学院深圳农业基因组研究所 黄三文 细胞(Cell) 学术顾问委员会 蔬菜作物 育种
2020/3/31
近日,受《细胞(Cell)》期刊的邀请,中国农业科学院深圳农业基因组研究所黄三文研究员担任该期刊学术顾问委员会成员。截至目前,《细胞(Cell)》期刊的学术顾问委员会已有9位中国科学家。
Relationships between the Contents of Carbohydrates and Cell Wall Materials in the Stems of Rice during Grain Filling
Acid detergent fiber Carbohydrates Cell wall materials Grain filling stage Hitomebore
2009/7/16
Hitomebore, a popular rice variety in Tohoku, was cultured in 1997 by using standard practice (CON), the practice of nitrogen-free basal dressing with sparse planting (BNo), and BNo with the applicat...
Some Limiting Factors and Improvement for the Overwintering Ability of Spring Wheat Sown before Continuous Snow Cover(Crop Physiology and Cell Biology)
Germination Overwintering ability Seed Seed nutrient Snow mold Sowing before continuous snow cover
2009/7/15
It has been known that spring wheat sown immediately before continuous snow cover has higher quality and yield than that sown in spring in the heavy snowfall areas of Hokkaido. To increase the stabili...
Elongation Growth in Internodes of Floating Rice:Hormonal Regulations and Cell Wall Modifications
Floating rice Expansin Ethylene Cell wall Plant hormones Deep water rice
2009/7/7
Floating rice is the only crop that can be grown in flooded plains due to the capacity to elongate internodes rapidly under flooding conditions. The mechanisms of adaptation to flooding stress have b...
Intra-plant variation for progress of cell division in developing oat grains: a preliminary study
Avena sativa L. cells pollination filling period naked oat position grain
2010/8/12
Development of an oat panicle proceeds from the uppermost terminal spikelet downward to the base of the panicle. The intra-panicle variation in development is likely to influence potential grain size....