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《西北植物学报》2014年第1~12期共发表论文365篇(含英文论文7篇),论文共获得763个各类研究基金项目的支持,平均每篇论文获基金项目达2.09个。有357篇论文均获得各类研究基金的支持,占刊载论文总数的97.8%。其中,106篇论文有1项基金支持,占论文总数的29.0%;132篇论文有2项基金支持,占论文总数的36.2%;119篇论文获3项以上基金支持,占论文总数的32.6%。《西北植物学报》2014年刊 相似文献
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《西北植物学报》2010年第1~12期共发表论文397篇(含英文5篇),论文共获得各类研究基金795个项目的支持,平均每篇论文获基金项目达2.0025个.有385篇论文均获得各类研究基金的支持,占刊载论文 相似文献
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《中国生物工程杂志》2011,(1):116
全球作物多样性信托基金开始收集食用作物的野生亲缘种全球作物多样性信托基金启动了一项系统性收集小麦、水稻、豆类、马铃薯、大麦、扁豆、鹰嘴豆等各种重要食用作物野生亲缘种的计划,旨在保护气候变化下的全球食物供应、加强未来粮食安全。 相似文献
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《Acta Botanica Sinica》2010,(4)
Vitamin C(L-ascorbic acid,AsA) has important antioxidant and metabolic functions in both plants and animals.Once used,ascorbic acid can be regenerated from its oxidized form in a reaction catalyzed by dehydroascorbate reductase(DHAR,EC 1.8.5.1).To analyze the physiological role of DHAR catalyzing the reduction of DHA to ascorbate in environmental stress adaptation,we examined whether increasing the level of AsA through enhanced AsA recycling would limit the deleterious effects of oxidative stress.A chimeric construct consisting of the double CaMV35S promoter fused to the Myc-dhar gene was introduced into Arabidopsis thaliana.Transgenic plants were biochemically characterized and tested for responses to oxidative stress.Western blot indicated that the dhar-transgene was successfully expressed.In homozygous T4 transgenic seedlings,DHAR overexpression was increased up to 1.5 to 5.4 fold,which enhanced foliar ascorbic acid levels 2-to 4.25-fold and ratio of AsA/DHA about 3-to 16-fold relative to wild type.In addition,the level of glutathione,the reductant used by DHAR,also increased as did its redox state.When whole plants were treated with high light and high temperature stress or in vitro leaf discs were subjected to 10 μM paraquat,transgenic plants showed a larger AsA pool size,lower membrane damage,and a higher level of chlorophyll compared with controls.These data suggested that increasing the plant vitamin C content through enhanced ascorbate recycling could limit the deleterious effects of environmental oxidative stress. 相似文献
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欣闻我们的前辈同行,著名的城市规划及建筑学家、建筑教育家,两院院士吴良镛先生在日前举办的2011年国家科技奖励大会上获得国家最高科学技术奖。 相似文献