First Author:Wei Xu
			
			Date of Publication:2015-01-01
			
			Journal:Acta Physiologiae Plantarum
			
			Affiliation of Author(s):化学与生命科学学院
			
			Document Type:期刊
			
			Volume:Vol.37
			
			Issue:No.7
			
			ISSN No.:0137-5881
			
			Key Words:Drought;tolerance;Drought;resistance;Nitric;oxide;Transpiration;Nitric;oxide-associated;and;GSNOR1
			
			Abstract:Arabidopsis noa1 mutant has a small stature and is more resistant to water deficit than wild-type Col-0. To investigate whether the size of noa1 plays a role in drought tolerance, Col-0, noa1 as well as gsnor1-3 and a transgenic line over-expressing a Dna
			
			Translation or Not:no
			
刘建中
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					Gender:Male
Education Level:Graduate student graduate
Alma Mater:中科院遗传与发育研究所
Paper achievements
Drought tolerance of nitric oxide associated 1 mutant of Arabidopsis is mostly due to its reduced transpiration as a result of smaller stature
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