标题：谢传晓
个人基本情况
男，博士。中国农业科学院作物科学研究所副研究员。1972年4月出生，1996年毕业于安徽农业大学，获学士学位；2004年毕业于中国科学院，获博士学位。2005年赴国际玉米小麦改良中心（CIMMYT）访问学者。 
主要从事玉米分子育种及应用基础研究。分析了涵盖中国玉米种质类型200份重要自交系的群体结构与遗传构成，为基于这些材料基因功能的关联性分析奠定了基础，并促进了这些材料的育种应用。完成了我国玉米主要自交系氮利用效率评价与鉴定，并对氮利用重要基因－－细胞质型谷氨酰胺合成酶 （GS1）基因进行了关联性分析，发掘与鉴定了重要的功能单体型及优异基因资源，为玉米氮高效功能分子标记开发、分子育种与常规育种奠定了重要基础。当前主要研究方向为玉米氮利用效率关键基因、重要环境因子（土壤贫瘠、光照、温度、密度）等钝感关键候选基因功能分析、标记开发与分子育种应用研究。 
“十一五”期间主持“国家自然科学基金”、科技部“863”、“转基因重大专项”重点项目与国际合作项目多项，参加科技部“973”项目等。
近期科研成果
近年部分发表文章目录（*　:　通讯作者）
1]    XuZ, Zhong S, Li X, Li W, Rothstein SJ, Zhang S*, Bi Y. and Xie C*. (2011)Genome-Wide Identification of MicroRNAs in Response to Low Nitrate Availabilityin Maize Leaves and Roots. PLoS ONE 6(11): e28009.
[2]    WengJ.#, Xie C.#(co-first), Hao Z.#, Wang J., Liu C., Li M., Zhang D., Bai L,Zhang S.*, Li X.* (2011) Genome-wide association study identifies candidategenes that affect plant height in Chinese elite maize (Zea mays L.) inbred linesPLoS ONE e29229
[3]    WuY., Liu W., Li X., Li M., Zhang D., Hao Z., Weng J., Xu Y., Bai L., Zhang S.,Xie C.*. (2011) Low-nitrogen stress tolerance and nitrogen agronomic efficiencyamong maize inbreds: comparison of multiple indices and evaluation of geneticvariation. Euphytica 180:281-290. 
[4]    LuM, Xie C*, Li X, Hao Z, Li M, Weng J., Zhang D., Bai L., Zhang S*. (2011)Mapping of quantitative trait loci for kernel row number in maize across sevenenvironments. Molecular Breeding 28:143-152
[5]    LuY., Hao Z., Xie C., Crossa J., Araus J.-L., Gao S., Vivek B.S., Magorokosho C.,Mugo S., Makumbi D., Taba S., Pan G., Li X., Rong T., Zhang S., Xu Y. (2011b)Large-scale screening for maize drought resistance using multiple selectioncriteria evaluated under water-stressed and well-watered environments. FieldCrops Research 124:37-45 
[6]    HaoZ., Li X., Xie C., Weng J., Li M., Zhang D., Liang X., Liu L., Liu S., Zhang S.(2011) Identification of Functional Genetic Variations Underlying DroughtTolerance in Maize Using SNP Markers. Journal of Integrative Plant Biology53:641-652.
[7]    SuZ., Li X., Hao Z., Xie C., Li M., Weng J., Zhang D., Liang X., Wang Z., Gao J.,Zhang S. (2011) Association Analysis of the nced and rab28 Genes withPhenotypic Traits Under Water Stress in Maize. Plant Molecular Biology Reporter29:714-722.
[8]    LiL., Hao Z., Li X., Xie C., Li M., Zhang D., Weng J., Su Z., Liang X., Zhang S.(2011) An analysis of the polymorphisms in a gene for being involved in droughttolerance in maize. Genetica 139:479-487.
[9]    HaoZ.-F., Li X.-H., Su Z.-J., Xie C.-X., Li M.-S., Liang X.-L., Weng J.-F., ZhangD.-G., Li L., Zhang S.-H. (2011a) A proposed selection criterion for droughtresistance across multiple environments in maize. Breeding Science 61:101-108.
[10]  ZhaoG., Li M., Zhang D., Li X., Wu Z., Ci X., Xie C., Bai L., Lu Z., Chen L., HaoZ., Zhang S. (2011) Kernel lysine content does not increase in some maizeopaque2 mutants. Planta:1-11.
[11]  WarburtonM., Wilkes G., Taba S., Charcosset A., Mir C., Dumas F., Madur D., DreisigackerS., Bedoya C., Prasanna B., Xie C., Hearne S., Franco J. (2011) Gene flow amongdifferent teosinte taxa and into the domesticated maize gene pool. GeneticResources and Crop Evolution 58:1243-1261. 
[12]  LuY., Zhang S., Shah T., XieC., Hao Z., Li X., Farkhari M., Ribaut J.-M., Cao M.,Rong T., Xu Y. (2010)Joint linkage & inkage disequilibrium mapping is apowerful approach todetecting quantitative trait loci underlying droughttolerance in maize. Proceedingsof the National Academy of Sciences107:19585-19590.
[13]  Warburton M., Wilkes G., TabaS., Charcosset A., Mir C., Dumas F., Madur D.,Dreisigacker S., Bedoya C.,Prasanna B., Xie C., Hearne S., Franco J. (2011)Gene flow amongdifferent teosinte taxa and into the domesticated maize genepool. GeneticResources and Crop Evolution (on line). DOI:10.1007/s10722-010-9658-1.
[14]  Chuanxiao Xie,Shihuang Zhang, Minshun Li, Xinhai Li, Zhuanfang Hao, LiBai,Degui Zhang, Yehong Liang. (2007) Inferring genome ancestry andestimatingmolecular relatedness among 187 Chinese maize inbred lines. J. Genet.&Genomics 34 (8): 738-748 
[15]  B.M. Prasanna,Kevin Pixley,Marilyn L. Warburton and Chuan-Xiao Xie.Molecularmarker-assistedbreeding options formaize improvement in Asia. Mol Breeding （2010）26：339-356
[16]  Zhuanfang Hao, Xinhai Li, Xiulin Liu, ChuanxiaoXie, Mingshun Li, Degui Zhang,Shihuang Zhang (2010) Meta-analysis ofconstitutive and adaptive QTL for droughttolerance inmaize. Euphytica 174:165-177
[17]  许振华,谢传晓（通讯作者）,吴永升，李明顺，李新海，张德贵，白丽，郝转芳，张世煌. 玉米自交系苗期氮敏感基因型差异分析玉米科学2010，18(1)：34～41 
[18]  许振华,谢传晓（通讯作者）.植物microRNA与逆境响应研究进展. 遗传,2010,32(10):1018-1030 
[19]  吴永升，李新海，郝转芳，张世煌，谢传晓（通讯作者）玉米Gln1-4gDNA序列分离和基因结构、保守功能域与等位变异分析.　作物学报　2009,35(6):983−991 
[20]  RobynJohnston,Byeong-ha Lee, ChuanxiaoXie, David Jackson (2008)Mutants that alterphyllotaxyin maize. Proceedings of50 Annual MaizeGeneticsConferences (Washington DCFeb27-March3)
[21]  LüX., Li X., Xie C., HaoZ., Ji H., ShiL., Zhang S. (2008) ComparativeQTLmapping of resistance tosugarcane mosaic virusin maize basedonbioinformatics. Frontiers ofAgriculture in China 2:365-371. 
[22]  吴永升，李新海，张征，李明顺，郝转芳，张世煌，谢传晓（通讯作者）（2008）玉米Gln1-3gDNA序列分离、基因结构、保守功能域与等位变异分析. 作物学报34 (7): 1114-1120. 
[23]  刘晓鑫，谢传晓（通讯作者），赵琦，路明，曲延英，张滨，梁业红，张世煌. 基于SSR荧光标记技术的玉米群体混合样本基因频率分析方法.中国农业科学2008,41(12)3991-3998. 
[24]  HaoZhuanfang,Li Xinhai,Xie Chuanxiao,LiMingshun, Zhang Degui, Bai Li, ZhangShihuang. TwoconsensusTwo consensusquantitative trait loci clusterscontrollinganthesis-silkinginterval, earsetting and grain yield might berelated withdrought tolerance inmaize. Annalsof Applied Biology. 2008.153:73-83.
[25]  谢传晓　王康宁　张德贵　李明顺　李新海　潘光堂　陈洁　张世煌　玉米铁微营养生物有效性与生物强化的研究进展　玉米科学　2007　15（1）：81-84 
[26] Dreisigacker,S.,Taba,S., Bedoya, C., Franco,J., Charcosset, A.3, Mir, C., Zhang, S.,Xie,C.,Prasanna, B.M., Hearne, S.,Muthamia, Z., Yunus, M., Jampatong, C.,Cuong,B.M., and Warburton, M.L.Molecular characterization of maize landracesandvarioussubspecies of teosintefrom Mexicoand Central America. Proceedings ofCropScience Society of America2007 Annual Meetings(New Orleans November 3 – 7,2007).发明专利　（第一）1)       发明专利名称：辅助筛选早熟和/或矮杆和/或高收获指数玉米的方法，申请日期：2008年5月26日。专利号：ZL　200810112764.4　授权日期：2011年5月4日
2)       发明专利名称：玉米低氮逆境下高籽粒数目优异等位基因功能分子标记开发与应用, 申请日期：2010年7月30日，申请号：201010263549.1
3)       发明专利名称：一种筛查转入靶标基因的转基因样本的方法, 2011年5月12日, 申请号：20111012227.8,
主要的国际合作
1、Cold Spring Harbor Laboratory 玉米遗传与发育学　David Jackson等
2、加拿大Guelph大学 作物氮利用遗传与生理基础及应用　Steven J Rothstein, Yongmei Bi 等
3、CIMMYT 国际玉米与小麦改良中心　Yunbi Xu，Marilyn Warburton 等
等等。