植物基因组学与农业生物技术国际研讨会

1、植物基因组学与农业生物技术国际研讨会(北京香山， 10月12-17日) 会 议 日 程会议将于2002年10月13-17日在香山饭店举行， 欢迎大家参加October 13, Sunday8:00-8:50 am Keynote LectureJoseph Ecker (The Salk Institute): Whole-genome functional analysis in Arabidopsis9:00-12:30 Session I. Genomcis IBin Han (National Center for Genomics, CAS):Analysis of large-si

2、zed DNA moleculesHuanmin Yang (Hua-Da Genomics Center, CAS):Genomic sequencing of rice subspecies indicaShoshi Kikuchi (National Institute of Agrobiological Sciences, Japan): Collection and functional annotation of the full-length cDNA of rice - recent progress on the rice full-length cDNA project i

3、n JapanQingxi Shen (University of Nevada):Genome wide analysis of the rice WRKY gene superfamily in abscisic acid and gibberellin signaling.Jing Cheng (Tsinghua University):Microchip technology for life sciencesYongbiao Xue (Institute of Genetics and Dev. Biology, CAS): Is a protein degradation path

4、way involved in self-incompatible reaction in Antirrhinum?13:30-14:20 Keynote Lecture:Nina Fedoroff (The Pennsylvania State University): Stress signaling and response in Arabidopsis14:30-18:00 Session II. Pathogen/stress response IXinnian Dong (Duke University): Regulation of systemic acquired resis

5、tance.Yi Li (Peking University): Virus induced gene silencing and plant functional genomicsJiayang Li (Institute of Genetics and Dev. Biology, CAS):Molecular evidence that couples auxin IAA metabolism and stress response in ArabidopsisShouyi Chen (Institute of Genetics and Dev. Biology, CAS): Ethyle

6、ne receptors are involved in abiotic stress responseZhen Zhu (Institute of Genetics and Dev. Biology, CAS): Development of highly insect-resistant transgenic rice and their field testXue-Chen Wang (China Agricultural University):Cloning and functional analysis of Arabidopsis genes encoding inositol

7、1,3,4 trisphosphate 5/6 kinase-proteins in response to stresses20:00-22:00 Session III. Genomics and Gene FunctionJi-Zeng Jia (Chinese Academy of Agricultural Sciences):Wheat genomics in ChinaYuxian Zhu (Peking University):Large-scale cloning of fiber-specific genes from a fuzzless-lintless cotton m

8、utantWeihua Wu (China Agricultural University):Cloning and functional characterization of Arabidopsis genes involved in high-efficiency utilization of potassium and phosphorusZhen-Ming Pei (Duke University)Extracellular calcium-sensing receptor in ArabidopsisOctober 15, Tuesday8:00-8:50 Keynote Lect

9、ure:Tony Cashmore (University of Pennsylvania): The mode of action of Arabidopsis cryptochrome, a blue light photoreceptor9:00-12:30 Session IV. SignalingChentao Lin (UC Los Angeles): Light regulation of plant developmentHaiyang Wang (Boyce Tompson Institute, Cornell):Light signaling mechanism: from

10、 photoreceptors to the COPsJianming Li (University of Michigan):BRI1/BAK1, a receptor kinase pair mediating brassinosteroid signalingZhi-Yong Wang (Carnegie Institution of Washington, Stanford): Downstream components of the Brassinosteroid signal transduction pathwayHong-Wei Xue (Shanghai Institute

11、Plant Physiology and Ecology, CAS):Studies on functional mechanisms of plant hormonesJianru Zuo (Institute of Genetics and Dev. Biology, CAS): The Arabidopsis AtIPT8/PGA22 gene encodes an isopentenyl transferase that is involved in de novo cytokinin biosynthesis13:30-14:30 Session IV Signaling (cont

12、inued)Zhenbiao Yang (UC Riverside): Arabidopsis small G proteinsChun-Min Liu (Plant Research International, Wageningen): Small signal proteins in plant development15:00-18:00 Session V. Vegetative and fiber developmentHai Huang (Shanghai Institute Plant Physiology and Ecology, CAS):The role of the A

13、rabidopsis AS1 and AS2 genes in the establishment of leaf polarityLi-jia Qu (Peking University):Analysis of an Arabidopsis albino mutantYuke He (Shanghai Institute Plant Physiology and Ecology, CAS):The BcpLH gene encoding a dsDNA-binding protein has function leaf shape and foldingKang Chong (Instit

14、ute of Botany, CAS):Functional analysis of OsRAA1, a novel root architecture gene in riceXiaoya Chen (Shanghai Inst. Plant Physiology and Ecology, CAS):Molecular investigation of cotton fiber development and gossypol biosynthesisGuixian Xia (Institute of Microbiology, CAS):Cytoskeleton and cotton fi

15、ber development20:00-22:00 Session VI. Stress response and signaling IIJiankang Zhu (University of Arizona): Cell signaling under salt, drought and cold stress in ArabidopsisRay Bressan (Purdue University):Insertion tagging mutagenesis in Arabidopsis: Osmotic and cold tolerance mutantsJose M. Pardo

16、(Instituto de Recursos Naturales y Agrobiologia, Spain)Differential expression of Arabidopsis thaliana NHX Na+/H+ antiporters in the salt stress responseQi Xie (National University of Singapore)Control of auxin signal transduction by ubiquitination pathway and beyondOctober 16, Wednesday8:00-9:00 Se

17、ssion VII AgrobiotechnologyZhangliang Chen (Peking University and China Agricultural University)Biosafety of Agrobiotechnology in ChinaQi-Fa Zhang (Hua-Zhong Agricultural University)Rice Biotechnology and breeding9:00-12:30 Session VIII. Flowering and Flower developmentYintang Lu (Wuhan University):

18、Regulation of flowering by a Ca+/calmodulin-dependent protein kinase via the GA pathwayZhongchi Liu (University of Maryland):A putative transcription co-repressor complex regulates floral organ identityXuemei Chen (Waksman Institute, Rutgers University): Post-transcriptional regulation in flower dev

19、elopmentDa Luo (Shanghai Inst. Plant Physiology and Ecology, CAS):Molecular mechanism controlling floral symmetry in Leguminosae Lihuang Zhu (Institute of Genetics and Dev. Biology, CAS):Genetic and molecular analyses of rice genes controlling flower developmentZhen Meng (Institute of Botany, CAS):M

20、olecular evolutionary studies of floral regulatory genes13:30-17:30 Session IX. ReproductionShunong Bai (Peking University): Analysis of molecular mechanisms controlling sex differentiation in cucumberWeicai Yang (Temasek Life Sciences Laboratory, Singapore):Cell polarity and cell fate during female