The wheat bile acidsodium symporter gene TaBASS2 enhances salinity tolerance via ABI4

来源 :2015全国植物生物学大会 | 被引量 : 0次 | 上传用户：lilunallen

【摘要】

：

The A.thaliana genome harbors six BASS genes(Sawada et al.,2009.The bile acid/sodium symporter 2(BASS2) protein is responsible for the transport of pyruvate int

【作者】

：

Yang Zhao Xinghui Ai Guangmin Xia

【机构】

：

TheKeyLaboratoryofPlantCellEngineeringandGermplasmInnovation,MinistryofEducation,SchoolofLifeScience

【出处】

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2015全国植物生物学大会

【发表日期】

：

2015年10期

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The A.thaliana genome harbors six BASS genes(Sawada et al.,2009.The bile acid/sodium symporter 2(BASS2) protein is responsible for the transport of pyruvate into chloroplast in the MEP pathway(Furumoto et al.,2011).The transport of pyruvate was blocked,making atbass2-1 more sensitive to mevastatin,the suppressor for mevalonate(MVA) pathway.Since BASS2 pumps sodium ions into the chloroplast along with pyruvate,its contribution to the plant response to salinity stress raises an interesting question.

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The wheat bile acidsodium symporter gene TaBASS2 enhances salinity tolerance via ABI4

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