2023植物细胞与发育生物学国际研讨会(第二轮通知)

来源:创新中心 发表时间:2023/10/11 【字号: 浏览次数:475

2023植物细胞与发育生物学国际研讨会(第二轮通知) 

为了展示植物细胞与发育生物学领域的最新成果和进展,促进国内外的交流与合作,上海交通大学植物细胞发育与未来种业学科创新引智基地联合相关单位举办“2023植物细胞与发育生物学国际研讨会”。研讨会聚焦未来农业前沿,围绕植物细胞发育与信号转导、细胞器生物学、植物胁迫响应、植物代谢等方面展开研讨。大会特邀国内外相关领域具有重要学术影响的专家及优秀青年科学家进行学术报告,诚挚邀请广大对植物细胞发育研究感兴趣的科技工作者和研究生参会。

同期将开设“生物信息学与大数据挖掘培训班”,由来自英国诺丁汉大学、西班牙巴塞罗那自治大学的三位生物信息学资深专家进行授课。

现就会议有关事项通知如下:

一、会议安排

1. 会议时间:2023年11月1日-4日。11月1日报到,11月2日-3日学术会议,11月4日离会。

           注:食宿自理。如参加“生物信息学与大数据挖掘培训班”,需提前一天(10/31)来沪。

       2. 会议地点:上海交通大学闵行校区农生学院

二、主办单位    

         上海交通大学植物细胞发育与未来种业学科创新引智基地

         中国植物生理与植物分子生物学学会 细胞与发育生物学专业委员会

        上海交通大学农业与生物学院

        上海市现代种业协同创新中心

        上海交通大学植物单细胞生物学联合研究中心

        上海市植物病理学会

        上海市遗传学会

三、会议专题 

1st Nov, 2:00 pm-9:00 pm Arrival and Check-in 

2nd Nov

Session 1: Plant Organelle Biology

(8:50-12:30)

8:50-9:00

Remarks from the organizing committee

9:00-9:35

Ralph Bock(Max Planck Institute of  Molecular Plant Physiology,Germany) 

How the environment causes genetic changes   in plants

9:35-10:00

James Whelan(Zhejiang University, China)

Mitochondrial Retrograde Signalling - Transcriptionaland   Post-Transcriptional Levels

10:00-10:25

Wataru Sakamoto(Okayama University,   Japan)Thylakostasis: versatile roles of thylakoid membrane remodeling   proteins in Arabidopsis chloroplasts

10:25-10:50

Coffee/Tea Break

10:50-11:15

Liwen Jiang (姜里文)(The Chinese University of Hong Kong, China)

Plant COPII vesicles and stress responses

11:15-11:40

Zhaosheng Kong (孔照胜)

(Shanxi Agriculture University, China)

TBC

11:40-12:05

Guo-Zhang Wu (武国章)(Shanghai Jiao Tong University, China)
  Chloroplast precursor protein overaccumulation response

12:05-12:30

Nicolas Taylor(University of West Australia, Australia) TBC

Session 2: Plant Development and Signaling

(14:00-17:40)

14:00-14:35

Eugenia (Jenny) Russinova(Gent University, Belgium)

Regulation of brassinosteroid homeostasis in the Arabidopsis root   

14:35-15:00

Hongtao Liu (刘宏涛)(CAS Center for Excellence in Molecular Plant Sciences, China)

The blue light photoreceptor CRY1 coordinates stomatal defense in plants

15:00-15:25

Toshiro Ito(Nara Institute of Science and Technology, Japan)

From AGAMOUS to petals: senescence and size dynamics in flowers

15:25-15:50

Coffee/Tea Break

15:50-16:25

Zhenbiao Yang(杨贞标)(Shenzhen Institute of Advanced Technology, China)

Apoplastic auxin perception and signaling

16:25-16:50

Wen-Hui Lin (林文慧)(Shanghai Jiao Tong University, China)

Spatiotemporal formation of the large vacuole regulated by the BIN2-VLG module is required for female gametophyte development in Arabidopsis

16:50-17:15

Xiaofeng Fang(方晓峰)(Tsinghua University)

Phase separation in endomembrane trafficking in plants

17:15-17:40

Ahn Ji Hoon(Korea University, South Korea)

Regulation of temperature-dependent fate and behavior of SHORT   VEGETATIVE PHASE and its subsequent degradation

3rd Nov

Session 3:  Plant Metabolomics 

(8:50-12:30)

8:50-9:25

Anne Osbourn(John Innes Centre, UK)TBC

9:25-9:50

Daniele Werck(IBMP-CNRS, France)

Plant P450 promiscuity: overlooked consequences and untapped potential

9:50-10:15

Guy Polturak (Hebrew University of Jerusalem, Israel)

Genomics-guided Discovery of Novel Chemical Defenses in Wheat

10:15-10:40

Coffee/Tea Break

10:40-11:15

Xiaoya Chen (陈晓亚)

(CAS Center for Excellence in Molecular Plant Sciences, China)

Evolutionary trajectory of gossypol biosynthetic pathway

11:15-11:40

Hugues Renault(IBMP-CNRS, France)

A glimpse of plant adaptation to land through the biopolymer lens

11:40-12:05

Zhenhua Liu(刘振华)(Shanghai Jiao Tong University, China)

Genomic basis of triterpene diversification in plants

12:05-12:30

Boachon Benoît(University-st-Etienne, France)

Origin of the cytosolic geranyl pyrophosphate in roses flowers for the NUDX1-dependent biosynthesis of geraniol and production of other terpenoid volatile compounds

Session 4: Plant-Environment Interaction

(14:00-17:40)

14:00-14:35

Wenbo Ma(The Sainsbury Laboratory, UK)

TBC

14:35-15:00

Savithramma Dinesh-Kumar(UC Davis, USA)

Chloroplast dynamics during plant innate   immunity

15:00-15:25

Suomeng Dong(董莎萌)(Nanjing Agriculture University, China)

Oomycete plant pathogen modulates host immunity at mRNA splicing level

15:25-15:50

Coffee/Tea Break

15:50-16:25

Jianmin Zhou (周俭民)

(Institute of Genetics and Developmental   Biology, CAS, China) 

Signaling from resistosome and resistosome-like channels

16:25-16:50

Levi Yant(University of Nottingham, UK)

Impact of whole-genome duplications on   structural   variant evolution in the plant genus Cochlearia

16:50-17:15

Youshun Lin(林尤舜)(Shanghai Jiao Tong University, China) 

Molecular basis of thermotolerance in rice

17:15-17:40

Silvia Busoms Gonzalez(University Autonoma de Barcelona, Spain)

Inoculation of rhizospheric microbiome from coastal soils enhance salinity tolerance in Brassica plants

4th Nov,   Departure

 四、生物信息学与大数据挖掘培训班

报名参加培训班人员已超出50人,为保证培训质量,会务组整理数据后会根据注册先后通知前50名人员参加。感谢配合!

现代生物学的飞速发展,尤其是测序技术的变革,带动了生物信息学分析技术的飞跃。对海量数据的高效分析和挖掘,对不同生物学问题的解析提供了富有价值的线索和功能阐释。“生物信息学与大数据挖掘培训班”邀请来自英国诺丁汉大学、西班牙巴塞罗那自治大学的三位生物信息学资深专家进行授课。课程内容涵盖Unix操作、R语言基础,二代测序数据分析、作图、GWAS分析、环境微生物相关生物信息学数据处理等(具体见课程介绍)。

培训班将于“2023植物细胞与发育生物学研讨会”前一天(11月1日),在上海交通大学闵行校区举行,限额招收50人,欢迎大家报名。

 

注:1. 注册参加“2023植物细胞与发育生物学研讨会”时请注明是否参加“生物信息学与大数据挖掘培训”,             组委会将根据收到的注册信息取前50位报名者参加,不收取额外费用。

       2. 课程介绍请见附件二。

五、会议注册

1、会议注册截止日期:2023年10月22日

     科研及工作人员:1800元/人

     学生:1200元/人

注册后请及时缴费,会务组人员定期核对后会及时开票,截止日期后将不再接受注册报名和缴费!注册后注册费不退还,可以更换参加人员。如有问题,请及时联系杨老师(yang.0529@sjtu.edu.cn,17821330237)

2、 注册方式

       注册链接:https://wj.sjtu.edu.cn/q/hGuZ5pqz

       注册二维码:图片

 3、 缴费方式

       账户名称:上海市植物病理学会

       开户行:中国农业银行上海市长宁区北新泾支行

       银行账号:03328300040011360

       汇款请附言:”2023植物细胞与发育生物学国际研讨会注册费”,并请将转账凭证和参会人信息(姓名、单位名称)及时发至邮箱(yang.0529@sjtu.edu.cn),以便于核查和开发票,多人一起缴费的,请提供每位参会人的信息。

六、论文海报征集

 1. 会议论文摘要:

    欢迎参会者按摘要模板(请见附件一)提供英文摘要(A4纸一页),摘要征集截止日期为2023年10月22 日,发送邮箱:yanbao@sjtu.edu.cn,逾期将不受理。

2. 海报展示:

    会议将安排空间进行海报展示,注册时,请注明是否提供海报(规格宽度90 cm,高度120 cm,版面上下页边距为25 mm),海报请自行印刷,并携带至会场根据会议日程安排布展和撤展。

七、会议招商

欢迎相关企业赞助参展!

参展方式有展台和主题宣讲会等,名额有限,请及时联系。

联系方式:涂老师(xiaoyutu@sjtu.edu.cn) 17887910626

八、住宿建议

 1. 宾馆信息(请自行联系确认)

 图片

(1)上海交通大学农业与生物学院(近闵行区剑川路601号-上海交大北三门)

(2)上海闵行白金汉爵大酒店,上海市上海市沪闵路1577号,  电话:021-31858888

(3)上海紫竹万怡酒店,上海市闵行区紫兴路588号,  电话:021-34029000

(4)上海吴泾宝龙艺悦酒店,上海市上海市吴泾尚义路39弄1号,  电话:021-33880888

(5)沪华国际大酒店(吴泾店),上海市上海市剑川路368号,   电话:021-64508999

 2.交通信息

(1)浦东机场--上海交通大学闵行校区   地铁:2号线 → 15号线  

(2)虹桥机场/火车站--上海交通大学闵行校区   地铁:2号线 → 15号线  公交:虹桥枢纽4路、虹桥枢纽5路

附件一:摘要模板

图片

附件二:生物信息学与大数据挖掘培训课程简介

 

Introduction to Bioinformatics



Part 1 and 2: Introduction to Genomic data handling

Next Generation Sequencing (NGS) data is now a mainstay of biology and bioinformatic data analysis skills are in high demand. The first session is designed to teach the fundamentals of computational biology to complete beginners. Attendees will learn how to navigate the command line and manipulate large files with Unix. The second session is designed to give hands on experience with real genomic data. Attendees will learn how to perform fundamental analyses on next generation sequencing (NGS) genomic data such as determining the genetic structure of populations (techniques such as PCAs and phylogenetic trees) and searching for adaptive genetic variation (techniques such as GWAS and PCadapt).



Part 3: Introduction to Plant Microbiome Bioinformatic Analysis

Plant-associated microorganisms are considered key drivers for plant health, productivity, community composition, and ecosystem functioning. High-throughput sequencing of marker gene amplicons is typically used to elucidate the composition, organization, and spatial distribution of microbial communities in the environment and is increasingly used in plant microbiome studies. This course is designed to teach the basics of targeted amplicon data processing and analysis using DADA2 and Phyloseq packages in R (and Rstudio). Attendees will learn how to import data, perform a quality control of the sequencing data (16S or ITS), trim sequences, infer the Amplicon Sequence Variants (ASVs), assign taxonomy, and conduct basic analyses including diversity metrics, abundance and composition comparisons, and co-occurrence networks.