植物基因组研究中心

Center for Plant Genomics Research

中心简介/Introduction

　　植物基因组研究中心解密作物基因奥秘，引领农业绿色革命中心。中心以重要农作物关键农艺性状的遗传解析、基因发现和品种改良为研究目标，以谷物和豆类、碳和氮的高效利用为核心对象，通过种质资源收集、引进，以及遗传和表型多样性鉴定，探索重要农艺性状形成的基因调控网络，并应用到新品种选育和推广，实现“种质资源一基因发现一功能解析一品种选育”的一整套研究贯穿链。

　　Our goal is to leverage the genetic basis of key agronomic traits in im-portant crops to advance gene discovery and breeding.Using cereals and le-gumes as the core research subject to enable more efficient utilization ofcarbon and nitrogen,we work to develop a truly holistic R&D pipeline fromcollecting and introducing germplasm resources to the characterization ofgenetic and phenotypic diversity,and from exploring the gene regulatory net-work underlying important agricultural traits to ultimately developing and promoting new crop varieties.

 

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人员组成/Personnel Structure

　　植物基因组研究中心由2支中国农业科学院创新团队组成。中心现有课题组9个，工作人员50余名，其中博士生导师10名，研究员10名，副研究员2名，高级农艺师1名，在站博士后13名， 其中国家重大人才工程入选者3名，深圳市高层次人才9名。

　　The center is consisted of two innovation teams of Chinese Academy of Agricultural Sciences (CAAS), including nine research teams. The center have 10 research fellows, 2 associate research fellows,1 senior agronomist, 13 post-doctoral and about 38 other researchers and technical staffs. Among them, 1 member received the National Science Fund for Distinguished Young Scholars Award, 2 members were known as Leading Scholar of Ten thousand Plan, and 9 research scientists were honored the High-level Talents of Shenzhen.

创新团队 / Innovation groups of CAAS

作物组学大数据与应用创新团队/Big Data and Application of Crop Omics Innovation Group

绿色轻简超级稻遗传解析与分子育种创新团队/Molecular design & genomic breeding of green super rice innovation team

超级稻种质创新团队/Super Rice germplasm Innovation Team

课题组 / Labs

程时锋课题组/Cheng Shifeng Lab

胡冠菁课题组/Hu Guanjing Lab

周永锋课题组/Zhou Yongfeng Lab

向勇课题组 / Xiang Yong Lab

张翠军课题组/ Zhang Cuijun Lab　

徐建龙课题组 / Xu Jianlong Lab

武志强课题组 / Wu Zhiqiang Lab

汪泉课题组 / Wang Quan Lab

钱前课题组 / Qian Qian Lab

费启立课题组/ Fei Qili Lab

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　　任务目标/Objectives

　　以“基因改良品种，品种改善生活”为理念，利用中国农业科学院和国内外合作单位的种质资源，以农作物和园艺作物为研究对象，开展农作物基因组测序和表型鉴定工作，克隆鉴定控制农艺性状的关键基因，并开展深入的功能分析，探索重要农艺性状形成的基因调控网络，并将相关成果应用到新品种选育和推广，实现“种质资源-功能研究-品种选育”的研究链。

　　Genomic technologies create varieties, and varieties improve life quality：Crop and horticulture plants germplasms collection and re-sequencing; Cloning genes that involved in the formation or regulating of important agronomic traits, systematically dissecting their functions and genetic regulatory networks; apply research achievements for new crop varieties breeding.

　　

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　　研究方向/Research Areas

　　种质资源收集及基因组信息获取

参与万份水稻、千份小麦等谷物基因组测序并绘制作物全球多样性图谱；收集创制月季、姜荷花等主要花卉种质资源，并开启基因组测序研究；探索棉花、葡萄等作物优异种质资源的形成演化规律。

植物功能基因挖掘

利用多组学技术，克隆作物重要农艺性状调控基因，解析其表达调控机制，为作物分子育种提供理论基础。

 

　　植物基因组研究中心更新于2022年10月