Zhang Xiaolan

Zhang Xiaolan

Zhang Xiaolan, female, Ph.D., Professor, Department of vegetable science, School of Agronomy and biotechnology, China Agricultural University, is a new century talent of the Ministry of education.

Character experience

From January 2013 to present, Professor, Department of vegetable, College of agriculture, China Agricultural University from March 2011 to December 2012, associate professor, Department of vegetable, College of agriculture, China Agricultural University from September 2007 to February 2011, Department of biology, California Institute of technology, USA, postdoctoral degree, Department of plant biology, University of Georgia, USA, postdoctoral degree, Department of vegetable, China Agricultural University from September 1999 to July 2002, master's degree, 1995 / 09-1999 / 07, China Agricultural University Bachelor of Vegetable Science

Lecture course

English for vegetables, introduction to molecular biology, biology

Research direction

1) The molecular mechanism of flower and fruit development in vegetables; 2) the molecular mechanism of sex determination in cucumber; 3) the gene regulatory network of the initiation and expansion of Fruit Spines in cucumber

academic achievements

Project

Presided over 11 scientific research projects (including 3 general projects of National Natural Science Foundation of China), whose representative projects are: general projects of National Natural Science Foundation of China, 31171399, research on molecular mechanism of hanabataranu (Han) regulating plant shoot tip and flower development, 2012-2015, 500000 yuan, in progress, presided over new century talents support program of Ministry of education, ncet-11-0190, molecular development of cucumber Scientific research, 2012-2014, 500000 yuan, in progress, host national "973" program, 2012cb113900, genetic mechanism and molecular improvement of major vegetable quality traits, 2012-2016, 940000 yuan, In progress, the sub project presided over China Agricultural University Talent Introduction scientific research start project: using laser microdissection technology and RNA-seq to study the molecular mechanism of cucumber heterosis, 2011-2014, 500000 yuan, in progress, presided over Central University basic scientific research business funds special fund project, 2011js067, molecular mechanism of cucumber sex determination, 2011-2012, 100000 yuan, concluded, presided over people

Papers and works

30 SCI papers were published, among which 19 were the first / corresponding authors. Representative papers include 2 plant cell, 2 plosgenet, 3 plant physics, 1 new physics and 1 Plant Journal. His representative papers are: Zhang, X *, Zhou *., Ding L., Wu Z., Liu R., and meyerowitz E.M. (2013) transcription reporter hanabataranu (Han) controls developer development, viantegration, multiple actions, floral organization specification and GATA3 family uto- regulation.PlantCell25 : 83-101. Impact factor: 8.987. *: CO author2. Zhang, X., * Douglas R.N., * strable J., *, LeeM.,Buckner,B.,Janick-Buckner,D.,Schnable,P.S.,Timmermans,M.,andScanlon,M.J.(2012)PUNCTATEVASCULAREXPRESSION1isanovelmaizegenerequiredforleafpatternformationthatfunctionsdownstreamofthetrans-actingsmalli nterferingRNApathway.PlantPhysiology159 3. Roeder, a.h.k., Tarr, P.T., Tobin C., Zhang, X., chickarmane v, CunhaA.,andMeyerowitzE.M.(2011).Computationalmorph odynamics:integratingdevelopmentoverspaceandtime.NatureReviewsMolecularCellBiology12 4. Brooks, L., 3rd, strike, J., Zhang, X., ohtsu, K., Zhou, R., Sarkar A., Hargreaves, S., elshire, R.J., eudy, D., pawlowska, T., ware, D., Janick Buckner, D., Buckner, B., Timmermans, M.C., Schnable, P.S., Nettleton, D.,andScanlon,M.J.(2009).Microdissectionofshootmeris temfunctionaldomains.PLoSGenet5 Zhang, X., Madi, S., Borsuk, L., Nettleton, D., elshire, R.J., Buckner, B., Janick Buckner, D., Beck, J., Timmermans, M., Schnable, P.S., and Scanlon, M.J.(2007).Lasermicrodissectionofnarrowsheathmutantmaizeuncoversnovelgeneexpressioninth eshootapicalmeristem.PLoSGenet3 , E101. Impact factor: 8.694. note: This article was selected in "hotpaper" of maizegdb, July 2007, 6. Ohtsu, K., Smith, M.B., emrich, S.J., Borsuk, L.A., Zhou, R., Chen, T., Zhang, X., Timmermans, M.C., Beck, J., Buckner, B., Janick Buckner, D, Nettleton, D., Scanlon, M.J., and Schnable, P.S. (2007). Global gene expression analysis of the snapshot empirical model mize (Zeamays L.). Plant J 52391-404. Impact factor: 6.160. note: This article was selected into evaluation from Faculty of 1000 biology in 2007, and was recommended and commented by famous scholar Christian van der schoot, with the rating of recommended 7. Henderson, D.C., Zhang, X., Brooks, L., 3rd, andScanlon,M.J.(2006).RAGGEDSEEDLING2isrequiredforexpressionofKANADI2andREVOLUTAhomologue sinthemaizeshootapex.Genesis44 Zhang, X., * Li, X., * Marshall, J.B., Zhong, C.X., and Dawe, R.K. (2005). Phosphoserineson maximization centromeristone H3 and histone H3 demarcate the centromere and person from producing C hromosomesegregation.PlantCell17 , 572-583. Impact factor: 8.987. *: a common work