2022年第九届国际三维基因组学研讨会日程安排
线下会议地点:因疫情线下会议取消
线上会议链接:腾讯会议
会议时间:2022年12月3-4日
会议日程:
时间 | 安排 |
12月2日 14:30 - 18:30 | 报到 |
12月3日全天 | 会议报告,墙报展示 |
12月4日 全天 | 会议报告,墙报展示 |
12月4日 下午 | 离会 |
第九届三维基因组学研讨会线上直播链接:((应报告人要求,个别报告将不进行直播))
bilibili直播地址:https://live.bilibili.com/26558472
第九届三维基因组学研讨会大会会议手册(下载)
线上会议日程:腾讯会议
会议主题一:第九届三维基因组会议12月3日上午
会议时间:2022/12/03 08:00-14:00 (GMT+08:00) 中国标准时间 - 北京
点击链接入会,或添加至会议列表:
https://meeting.tencent.com/dm/6OseLQq3Nlkz
#腾讯会议:258-799-906
会议主题二:第九届三维基因组会议12月3日下午
会议时间:2022/12/03 14:00-19:00 (GMT+08:00) 中国标准时间 - 北京
点击链接入会,或添加至会议列表:
https://meeting.tencent.com/dm/IB8mzcKfsx2J
#腾讯会议:549-860-143
会议主题三:第九届三维基因组会议12月4日上午
会议时间:2022/12/04 08:00-12:30 (GMT+08:00) 中国标准时间 - 北京
点击链接入会,或添加至会议列表:
https://meeting.tencent.com/dm/RoPuTEfQ2wOg
#腾讯会议:879-939-394
会议主题四:第九届三维基因组会议12月4日下午
会议时间:2022/12/04 14:00-19:00 (GMT+08:00) 中国标准时间 - 北京
点击链接入会,或添加至会议列表:
https://meeting.tencent.com/dm/maWsnyJHMrGh
#腾讯会议:550-458-744
会议报告人时间安排表:(下载)
2022年12月3日(周六) | |||
8:40‒9:00 | 阮一骏 | 浙江大学 | 开幕式;合影 |
主题一:三维基因组生物学Ⅰ 主持人:李国亮(华中农业大学) 腾讯会议: 258-799-906 | |||
9:00‒9:40 | 岳 峰 | Northwestern University, USA | Subtype-specific 3D genome alteration in acute myeloid leukemia |
9:40‒10:10 | 郑梅珍 | 南方科技大学 | Development of chromatin interaction capture methods |
10:10‒10:40 | 郭 亚 | 上海交通大学 | Analyses of DNA binding affinity and sequence recognition specificity of the human 3D genome architectural protein CTCT |
10:40‒10:50 | 休息 | ||
主题一:三维基因组生物学Ⅱ 主持人:高军涛(清华大学) 腾讯会议: 258-799-906 | |||
10:50‒11:05 | 刘玉婷 | 北京大学 | CTCF acts as a cell identity factor via orchestrating regulatory hubs with pioneer transcription factors |
11:05‒11:20 | 沈 威 | 华中农业大学 | Three-dimensional folding dynamics of the Xenopus tropicalis genome |
11:20‒11:50 | 专家点评 | ||
11:50‒14:00 | 午休 | ||
主题一:三维基因组生物学Ⅲ 主持人:颉伟(清华大学) 腾讯会议: 549-860-143 | |||
14:00‒14:40 | 刘 江 | 中国科学院 北京基因组研究所 | 人脑各分区在胚胎发育过程中染色体三维结构图谱 |
14:40‒15:10 | 张玉波 | 中国科学院 深圳基因组研究所 | Precise genome annotation: a new voyage for 3D genomics |
15:10‒15:40 | 李国强 | 北京大学 | The versatile roles of DNA methylation in understanding chromosome organization |
15:40‒16:00 | 休息 | ||
主题二:三维基因组技术 主持人:曹罡(华中农业大学) 腾讯会议: 549-860-143 | |||
16:00‒16:40 | Ana Pombo | Max-Delbrück-Centrum für Molekulare Medizin (MDC), Germany | Specialization of 3D genome structure in different cell types and states |
16:40‒16:55 | 彭 婷 | 北京大学 | Mapping Nucleolus-associated Chromatin Interactions Using Nucleolus Hi-C Reveals Pattern of Heterochromatin Interactions |
16:55‒17:10 | 李永歌 | 清华大学 | Sequential-GAM constructs the single-cell geometric 3D genome structure |
17:10‒17:25 | 林 达 | 上海交通大学医学院附属第一人民医院临床转化研究院 | Robust identification of extrachromosomal DNA and genetic variants using multiple genetic abnormality sequencing (MGA-Seq) |
17:25‒18:00 | 专家点评 | ||
2022年12月4日(周日) | |||
主题三:三维基因组可视化与计算技术 主持人:李程(北京大学) 腾讯会议: 879-939-394 | |||
9:00‒9:40 | 王 艇 | Washington University, USA | The WashU Epigenome Browser – Visualizing Genomes in 3D |
9:40‒10:10 | 李 立 | 华中农业大学 | Extensive chromatin structure-function associations revealed by accurate 3D architecture characterization |
10:10‒10:40 | 王小滔 | 复旦大学 | Genome-wide prediction of structural variations and enhancer-hijacking events from chromatin interaction data in cancer genomes |
10:40‒10:50 | 休息 | ||
主题四:三维基因组计算技术 主持人:张治华(中国科学院北京基因组研究所) 腾讯会议: 879-939-394 | |||
10:50‒11:05 | 周强伟 | 华中农业大学 | ChromLoops: a comprehensive database for specific protein-mediated chromatin loops in diverse organisms |
11:05‒11:20 | 龚海燕 | 北京科技大学 | MINE-一种基于多模态网络的调控型染色质相互作用空间密度检测方法 |
11:20‒11:35 | 张 庆 | 中国科学院 北京基因组研究所 | A dynamic kissing model for enhancer-promoter communication on the surface of transcriptional condensate |
11:35‒12:00 | 专家点评 | ||
12:00‒14:00 | 午休 | ||
主题五:三维基因组新技术 主持人:陈阳(中国医学科学院基础医学研究所) 腾讯会议: 550-458-744 | |||
14:00‒14:30 | 王茂军 | 华中农业大学 | Pan-3D genome in the cotton genus and evolution of transcriptional regulation |
14:30‒15:00 | 侯春晖 | 中国科学院 昆明动物研究所 | High-throughput Pore-C reveals the single-allele topology polymorphism and cell type-specificity of 3D genome folding |
15:00‒15:15 | 张 旭 | 北京协同创新研究院 | From in situ hybridization to image-based spatial omics: Tango with the rising of 3D genomic studies |
15:15‒15:30 | 肖 琴 | 华中农业大学 | The landscape of promoter-centered RNA–DNA interactions in rice |
15:30‒15:45 | 专家点评 | ||
15:45-16:00 | 休息 | ||
主题六:植物三维基因组 主持人:李兴旺(华中农业大学) 腾讯会议: 550-458-744 | |||
16:00‒16:30 | 刘 昶 | University of Hohenheim, Germany | The plant nuclear lamina disassembles to regulate plant genome folding in stress conditions |
16:30‒17:00 | Moussa Benhamed | Université Paris-Saclay, France | Exploring the chromatin-based regulation of enhancer promoter contact and its impact on gene expression in tomato |
17:00‒17:20 | 阮一骏 | 浙江大学 | 闭幕式 |
Schedule (Download)
December 3, 2022, Saturday | |||
8:40‒9:00 | Prof. Yijun Ruan | Zhejiang University | Opening Ceremony Online Photo-taking |
Section 1: 3D Genome Biology I, Chair: Prof. Guoliang Li (HZAU) Tencent Meeting: 258-799-906 | |||
9:00‒9:40 | Prof. Feng Yue | Northwestern University, USA | Subtype-specific 3D genomealteration in acute myeloid leukemia |
9:40‒10:10 | Dr. Meizhen Zheng | Southern University of Scienceand Technology | Development of chromatin interactioncapture methods |
10:10‒10:40 | Dr. Ya Guo | Shanghai Jiao Tong University | Analyses of DNAbinding affinity and sequence recognition specificity of the human 3D genomearchitectural protein CTCT |
10:40‒10:50 | Tea Break | ||
Section 2: 3D Genome Biology II, Chair: Prof. Juntao Gao (Tsinghua University) Tencent Meeting: 258-799-906 | |||
10:50‒11:05 | Yuting Liu | Peking University | CTCF acts as a cell identityfactor via orchestrating regulatory hubs with pioneer transcription factors |
11:05‒11:20 | Wei Shen | Huazhong Agricultural University | Three-dimensional foldingdynamics of the Xenopus tropicalis genome |
11:20‒11:50 | Comments from Experts | ||
11:50‒14:00 | Lunch Time | ||
Section 3: 3D Genome Biology III, Chair: Prof. Wei Xie (Tsinghua University) Tencent Meeting: 549-860-143 | |||
14:00‒14:40 | Prof. Jiang Liu | Beijing Institute of Genomics,CAS | The landscape of high order chromatin structurein human brain during development |
14:40‒15:10 | Dr. Yubo Zhang | AgriculturalGenomics Institute at Shenzhen, CAAS | Precise genome annotation: a newvoyage for 3D genomics |
15:10‒15:40 | Dr. Guoqiang Li | Peking University | The versatile roles of DNA methylationin understanding chromosome organization |
15:40‒16:00 | Tea Break | ||
Section 4: 3D Genome Structure and Technology, Chair: Prof. Gang Cao (HZAU) Tencent Meeting: 549-860-143 | |||
16:00‒16:40 | Prof. Ana Pombo | Max-Delbrück-Centrum fürMolekulare Medizin (MDC), Germany | Specialization of 3D genomestructure in different cell types and states |
16:40‒16:55 | Ting Peng | Peking University | MappingNucleolus-associated Chromatin Interactions Using Nucleolus Hi-C RevealsPattern of Heterochromatin Interactions |
16:55‒17:10 | Yongge Li | Tsinghua University | Sequential-GAM constructs thesingle-cell geometric 3D genome structure |
17:10‒17:25 | Dr. Da Lin | Shanghai Jiao Tong University | Robustidentification of extrachromosomal DNA and genetic variants using multiplegenetic abnormality sequencing (MGA-Seq) |
17:25‒18:00 | Comments from Experts | ||
December 4, 2022, Sunday | |||
Section 5: Visualizing and Computational Methods for 3D Genome, Chair: Prof. Cheng Li (PKU) Tencent Meeting: 879-939-394 | |||
9:00‒9:40 | Prof. Ting Wang | WashingtonUniversity, USA | The WashU Epigenome Browser –Visualizing Genomes in 3D |
9:40‒10:10 | Prof. Li Li | Huazhong Agricultural University | Extensive chromatinstructure-function associations revealed by accurate 3D architecturecharacterization |
10:10‒10:40 | Dr.Xiaotao Wang | Fudan University | Genome-wide predictionof structural variations and enhancer-hijacking events from chromatininteraction data in cancer genomes |
10:40‒10:50 | Tea Break | ||
Section 6: Computational Methods for 3D Genome, Chair: Prof. Zhihua Zhang (BIG, CAS) Tencent Meeting: 879-939-394 | |||
10:50‒11:05 | Dr. Qiangwei Zhou | Huazhong Agricultural University | ChromLoops: a comprehensivedatabase for specific protein-mediated chromatin loops in diverse organisms |
11:05‒11:20 | Haiyan Gong | University of Science and TechnologyBeijing | MINEis a method for detecting spatial density of regulatory chromatininteractions based on a MultI-modal NEtwork |
11:20‒11:35 | Qing Zhang | Beijing Institute of Genomics,CAS | A dynamic kissing model forenhancer-promoter communication on the surface of transcriptional condensate |
11:35‒12:00 | Comments from Experts | ||
12:00‒14:00 | Lunch Time | ||
Section 7: New Technologies for 3D Genome, Chair: Prof. Yang Chen (Institute of Basic Medicine, CAMS) Tencent Meeting: 550-458-744 | |||
14:00‒14:30 | Prof.Maojun Wang | Huazhong Agricultural University | Pan-3Dgenome in the cotton genus and evolution of transcriptional regulation |
14:30‒15:00 | Prof. Chunhui Hou | Kunming Institute of Zoology, CAS | High-throughput Pore-C reveals the single-allele topology polymorphism and celltype-specificity of 3D genome folding |
15:00‒15:15 | Dr. Xu Zhang | Beijing Institute ofCollaborative Innovation | Fromin situ hybridization to image-based spatial omics: Tango with the rising of3D genomic studies |
15:15‒15:30 | Qin Xiao | Huazhong Agricultural University | The landscape of promoter-centeredRNA–DNA interactions in rice |
15:30‒15:45 | Comments from Experts | ||
15:45‒16:00 | Tea Break | ||
Section 8: 3D Genome in Plants, Chair: Prof. Xingwang Li (HZAU) Tencent Meeting: 550-458-744 | |||
16:00‒16:30 | Prof. Chang Liu | Universityof Hohenheim, Germany | Theplant nuclear lamina disassembles to regulate plant genome folding in stressconditions |
16:30‒17:00 | Prof. Moussa Benhamed | Université Paris-Saclay, France | Exploringthe chromatin-based regulation of enhancer promoter contact and its impact ongene expression in tomato |
17:00‒17:20 | Prof. Yijun Ruan | Zhejiang University | Closing Ceremony |