第16届SCBA全球华人生物学家大会286名报告人重磅出炉
发布日期：2017-03-06 浏览次数：38717
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An Emergin Area of Targeted Cancer Therapy: DNA Damagae Repair and Signaling Pathways
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Lee Zou△
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MGH Cancer Center
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Targeting the ATR checkpoint in cancer therapy
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Shan Zha△*
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Columbia University
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Precision medicine with old friends –structural function of ATM and ATR
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Junjie Chen
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MD Anderson Cancer Center
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Proteomic analysis of DNA replication and replication checkpoint control
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Lei Li
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MD Anderson Cancer Center
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Transcription-aided suicide - Molecular Pathology of Fanconi anemia.
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Zhiyuan Shen
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Robert Wood Johnson Medical School
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DNA replication fork stability protected by BCCIP and its fingerprints in tumorigenesis
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Li Lan
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Hillman Cancer Center
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Introducing DNA damage at the end of chromosomes and its effect in cancers
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Dongyi Xu
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Peking University
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To be added soon. Rif1 promotes stalled replication fork restart
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Cancer metabolism and beyond
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Hsing-Jien Kung△
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NHRI and NTHU, TW
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Targeting tumor metabolism and mitochondria: the histone demethylase connection
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Wen-Ching Wang
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National Tsing Hua University, TW
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Jing Chen
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Emory University School of Medicine
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Diet-fueled metabolic rewiring in human cancer
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David Ann
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Beckman Research Institute, City of Hope
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Metabolic Stress-Induced Mitochondrial Reprograming
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Boyi Gan
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MD Anderson Cancer Center
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Energy Sensing and Metabolism in Cancer
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Zhimin Lu△
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MD Anderson Cancer Center
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Protein kinase activity of metabolic enzymes
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Mechanisms of Genomic Instability Syndromes: From Genetics To Genomics.
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Wei Yang△*
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National Institute of Diabetes and Digestive and Kidney Diseases
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Xiaochun Yu△*
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Beckman Research Institute, City of Hope
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Novel therapeutic targets for Genomic Instability Syndromes (backup speaker)
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Xiaolan Zhao△*
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Memorial Sloan Kettering Cancer Center
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Mechanisms of the Smc5/6 complex that prevents new types of genomic instability syndromes
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Binghui Shen
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City of Hope
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Guarding genomic DNA by FEN1 nuclease
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Guo-Min Li
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Tsinghua University
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Mechanism of repeat instability-caused neurodegenerative disorders
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Feng Qiao
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University of California
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Targeting the ends of the chromosomes: from new mechanisms to new therapeutics
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Xiaolan Zhao
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Memorial Sloan Kettering Cancer Center
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Mechanisms of the Smc5/6 complex that prevents new types of genomic instability syndromes
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Huang Jun
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Zhejiang University
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The role of CAR1 in genome stability protection
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Nuclear Receptor Function and Diseases
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Sophia Y. Tsai△*
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Baylor College of Medicine
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Ming-Jer Tsai△*
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Baylor College of Medicine
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Jianming Xu
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Baylor College of Medicine
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Nuclear receptor coregulator Ncoa6 regulates prostate epithelial differentiation & carcinogenesis
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Hongwu Chen
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School of Medicine UCDMC Research III
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Nuclear receptor RORs as novel therapeutic targets in prostate cancer
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Shih-Chieh (Jay) Lin
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National Cheng Kung University
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The role of COUP-TFII-miR-21-YAP1 regulation axis in enzalutamide-resistant prostate cancer
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Hao Ying
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Institute for Nutritional Sciences
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Thyroid hormone regulated-microRNA in cholesterol metabolism
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Sheue-yann Cheng
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National Cancer Institute
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Defective Erythropoiesis Caused by Mutations of the Thyroid Hormone Receptor Alpha Gene
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Recent Advances in Cancer Research
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Burton B. Yang△
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Sunnybrook Health Sciences Centre
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Roles of circular RNA in breast cancer development
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Shi-Mei Zhuang
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Sun Yat-Sen University
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non-coding RNA in the development of hepatocellular carcinoma
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Jin-Xin Bei
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Sun Yat-Sen University Cancer Center
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The genetic landscape of EBV-related Malignancies
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Benjamin K. Tsang
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University of Ottawa
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Gelsolin and chemoresistant ovarian cancer: from basic to translational research
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Chun Peng△*
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York University, Toronto
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Cyclin G2 suppresses ovarian cancer metastasis
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New Concepts of Radiation Biology: its implication in human health and cancer therapy
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Fen Xia△*
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University of Arkansas College of Medicine
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Zhenkun Lou△*
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Mayo Clinic College of Medicine & Science
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Tom Hei
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Columbia University Medical Center
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The New Radiobiology: Extranuclear and Extracellular Effects of Ionizing Radiation
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Zhimin Yuan,
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Harvard University School of Public Health
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Low doses of irradiation induce a protective metabolic response
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Ya Wang
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Emory University
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Difference in repair of low and high-LET radiation-induced DNA damage
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Jian Yuan
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Tongji University School of Medicine
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The role of deubiquitinase in radioresistance
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Chuan-Yuan Li
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Duke University Medical Center
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Caspases, DNA repair, and stemness of cancer cells
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Retinal Function and Diseases
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Ting Xie△*
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Stowers Institute for Medical Research
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Anterior segment development and potential implications in glaucoma pathogenesis
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Wei Li△*
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National Institutes of Health
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Retinal adaptations to metabolic challenges
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Zhigang He
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Boston Children's Hospital
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Retinal ganglion cell axon regeneration
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Ching-Hwa Sung
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Weill Medical College of Cornell University
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Photoreceptor development, stem cell, and retinal degenerative diseases
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Tian Xue
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University of Science & Technology of China
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Function of non-image-forming retinal ganglion cells
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Energy and Glucose Homeostasis: A Symphony by the Neuro-Immuno-Endocrine Orchestra
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Yong Xu△
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Baylor College of Medicine
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Hypothalamic steroid receptor coactivator-1 and energy homeostasis
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Qin Yang
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University of California
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Epigenetic regulation of insulin resistance and energy expenditure
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Qingchun Tong
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University of Texas McGovern Medical School
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Red blood cell β-adrenergic receptors contribute to diet-induced energy expenditure by
increasing O2 supply |
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Feng Liu△*
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Department of Pharmacology, UTHSCSA
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The roles of ER and mitochondrial stress in insulin resistance and type 2 diabetes
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Wenxian Fu
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University of California
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Novel role of macrophages in islet inflammation of type 1 and type 2 diabetes.
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New Insights on Alcoholic and Nonalcoholic Liver Diseases: Organ Crosstalk and Mechanisms
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Min You△
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Northeast Ohio Medical University
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Myeloid Cell-Specific Lipin-1 Deficiency Stimulates Endocrine Adiponectin-FGF15 Axis and
Ameliorates Ethanol-Induced Liver Injury in Mice. |
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Jun Sun△*
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University of Illinois at
Chicago |
Novel roles of vitamin D receptor in mediating gut-liver axis and microbiota
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Xudong Hu
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Shanghai University of Tranditional
Chinese Medicine |
MitoNEET Deficiency Alleviates Experimental Alcoholic Steatohepatitis in Mice by
Stimulating Endocrine Adiponectin-FGF15 Axis |
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Chaohui Yu
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Zhejiang University
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Omics in Nonalcoholic fatty liver disease
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Zhenyuan Song
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University of Illinois Medical Center
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SIRT3-mediated autophagy suppression dictates lipotoxicity in hepatocytes
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Metabolic risk factors and liver cancer
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Bangyan L Stiles△*
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Keck School of Medicine
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Steatosis induces Wnt to promote liver cancer.
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Yingzi Yang△*
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Harvard School of Dental Medicine
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Interacting network of Wnt/β-catenin, Notch and Hippo signaling regulates liver tumor
formation. |
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Wendong Huang
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Beckman Research Institute of City of Hope
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CAMKII as a link between liver metabolism and cancer development
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Yinying Lu
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302 Military Hospital of China
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Insulin Resistance, Diabetes and HBV-related HCC
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Jiayou Wang
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Guangzhou University of
Chinese Medicine |
Splicing Regulator Slu7 Uncouples Steatosis and Liver Injury in Ethanol-Fed Mice
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p53, Metabolism, and Cancer
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Zhaohui Feng△
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State University of New Jersey
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Glucose metabolism regulation by p53 and its tumor-associated mutants
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Wei Gu
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Columbia University
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p53 engages multiple metabolic pathways with ferroptosis for tumor suppression
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Hua Lu△*
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Tulane University School of Medicine
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Dual defects of MDM2-MDMX-p53 signaling in cancer metabolism and development.
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Zhimin Yuan
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Harvard Chan School of Public Health
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p53 regulates metabolism in a transcription-independent mechanism
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Yanping Zhang
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Department of Radiation Oncology
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The role of MDM2-p53 loop in cancer metabolism and biology.
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Wenwei Hu
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State University of New Jersey
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Mutant p53 gain of function in cancer
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Communication between transcription and histone regulation
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Dong Wang△
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University of California San Diego
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Mechanism of Pol II Transcription Elongation Control and Lesion Recognition
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Yan Jessie Zhang△
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University of Texas at Austin
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Deciphering the CTD code for eukaryotic transcription
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Xin Liu
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UT Southwestern Medical Center
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Molecular basis of gene regulation by polycomb repressive complexes
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Kai Ge
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NIDDK, NIH
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Enhancer chromatin modification in cell fate transition
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Xiaobing Shi
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M.D. Anderson Cancer Center
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Reading histone code
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Bing Li
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UT Southwestern Medical Center at Dallas
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Molecular features of travelling chromatin modifiers
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Hematological malignancies
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Qing Yi△*
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Cleveland Clinic
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Targeting Tumor and Its Microenvironment for Myeloma Therapy
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B. Hilda Ye△
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Albert Einstein College of Medicine
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Novel Roles of STAT3 in Diffuse Large B-cell Lymphomas
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Qing Yi,
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Cleveland Clinic
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B. Hilda Ye
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Albert Einstein College of Medicine
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Fenghuang Zhan
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University of Iowa Carver School of Medicine
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Modulation of Cellular Iron Metabolism: a New Therapeutic Strategy for Multiple Myeloma
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Jing Yang
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MD Anderson Cancer Center
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Thymidine Phosphorylase and Myeloma-Associated Bone Disease
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Jianjun Zhao
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Cleveland Clinic
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Functional Study Genetic Lesions in Multiple Myeloma Initiation and Progression
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Cullin-RING ligase and protein neddylation in cancer biology
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Yi Sun△
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Zhejiang University and University of Michigan
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Lingqiang Zhang△
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Beijing Institute of Radiation Medicine
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Yue Xiong
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University of North Carolina at Chapel Hill & Fudan University
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The mechanism, assembly and control of the Cullin-ROC1 family E3 ligases
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Wenyi Wei
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Beth Israel Deaconess Medical Center
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Targeting the SCF ubiquitination pathway for cancer therapies
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Pengbo Zhou
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Cornell University
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Physiological and pathological roles of the Cullin 4 ubiquitin ligases
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Lijun Jia
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Fudan University
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Neddylation modification as an attractive anticancer target
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Ping Wang
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Tongji University
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Regulation of cancer stem cells by ubiquitination
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Therapeutic Resistance in Prostate Cancer
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Yun Qiu△
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University of Maryland School of Medicine
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Epigenetic regulation and therapeutic resistance in prostate cancer
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Yun-Fai Chris Lau△
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University of California
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The Battle of the Sexes: TSPY and TSPX Actions in AR Signaling and Prostate Cancer
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Jiaoti Huang
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Duke University Medical Center
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Cellular heterogeneity and therapeutic resistance in prostate cancer
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Haojie Huang
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Mayo Clinic
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Molecular subtypes of prostate cancer and therapy resistance
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Jindan Yu
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Northwestern University
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Innate Immune Responses and Inflammation
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Shan-Lu Liu
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Ohio State University
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Novel cellular factors modulating viral infection
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Pinglong Xu(徐平龙)
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Zhejiang University
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Dynamic regulation of cytosolic nucleic acid sensing by phosphorylation and dephosphorylation
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Qing Kenneth Wang王擎△
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Huazhong University of Science and Technology
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Genetics basis of inflammation in coronary artery diseases
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Guangxun Meng, (孟广勋)
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Institut Pasteur of Shanghai, CAS
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Function of the NLRP3 Inflammasome in Gut Inflammation
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Tsan Sam Xiao△*
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Case Western Reserve University
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Molecular Mechanisms of Pyroptosis Regulation
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Genomic and Nongemoic Signaling and Functions of Steroids and Their Receptors.
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Yong Zhu△*
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East Carolina University
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To determine functions of membrane and nuclear progestin receptors during oocyte maturation,
ovulation and early development using knockout zebrafish model. |
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Yunbo Shi△*
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National Institutes of Health
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Nuclear action of TRα controls metamorphic timing and rate during Xenopus development
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Bon-chu Chung
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National Tsing Hua University, TW
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Nongenomic Action of Neurosteroid Pregnenolone in Neurons
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Victor Hsia
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University of Maryland Eastern Shore
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Thyroid Hormone Contributed to Herpes Viruses Gene Regulation in Neurons
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Paul Yen
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National University of Singapore
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Thyroid Hormone Regulation of Mitophagy
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Shixi Chen
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Xiamen University
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Functions of steroids and their receptors in male reproduction.
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Xiao Fan Zhao
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Shandong University
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Steroid hormone 20-hydroxyecdysone via G-protein-coupled-receptor transmits signal in insect.
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Novel Molecular Landscapes Leading to Prostate Cancer Progression
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Wenliang Li
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The University of Texas Health Science Center at Houston
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Beta adrenergic signaling and GRK3 in prostate cancer progression
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Yan Dong
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Tulane University School of Medicine
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New insights into Androgen Receptor Splice Variants in Prostate Cancer
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Kexin Xu
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The University of Texas Health Science Center at San Antonio
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Treat prostate cancer in an EaZHy way
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Jer-Tsong Hsieh△*
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UT Southwestern Medical Center
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Pro-metastatic effect of interferon on prostate cancer via microRNA regulation
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Qi Cao△*
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Houston Methodist Research Institute
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A novel role for BMI1 in prostate cancer
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Systemic Mechanisms of Aging
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Meng Wang△
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Baylor College of Medicine
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Autonomous and Non-autonomous Regulation of Aging via Lysosomal Lipid Signaling
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Guanghui Liu
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Institute of Biophysics, CAS
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Using Stem Cell and Gene Editing Techniques to Study and Treat Aging-Associated Disorders
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Syliva Lee
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Cornell University
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Genetic and Epigenetic Determinants of Longevity in C. elegans
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Weiwei Dang△
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Baylor College of Medicine
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Maintenance of transcription fidelity is a conserved longevity mechanism
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Hao Li
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University of California
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Systems Biology of Cellular Aging
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Genome maintenance, DNA Repair and Recombination
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Robert Yu-Lin Tsai
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Texas A&M University
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Discovery of a new genome maintenance program in tumor progression
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Shiaw-Yih (Phoebus) Lin
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MD Anderson Cancer Center
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Signature-guided approaches for targeting DNA damage defects
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Hengyao Niu
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Indiana University
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Mechanisms and regulation of DNA break processing in eukaryotes
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Huang-Yuan Chi△
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National Taiwan University
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The role of polyamines in DNA double-strand break repair
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Ting-Fang Wang △*
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Institute of Molecular Biology, TW
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SUMO modification in DNA repair and recombination during meiosis
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New Frontier of Cancer Metastasis Research: From Lab Bench to Bedside
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Dihua Yu△*
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MD Anderson Cancer Center
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In vivo kinome screen uncovering new therapeutic targets for brain metastasis
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Jean Zhao
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Dana-Farber Cancer Institute
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Targeting cancer brain metastasis: insights from mouse models and NGS
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Xiang Zhang
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Baylor College of Medicine
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Novel approaches to model early-stage bone metastases and discover anti-metastasis therapies
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Qinghua Zhou
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West China Hospital
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Translational Medicine of Lung Cancer Metastasis: from bench to bedsides.
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Lun-Xiu Qin△
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Fudan University
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The dysregulation of metabolism and cancer metastasis
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Fibrosis-molecular mechanisms and future therapeutics
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Youhua Liu△
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University of Pittsburgh Medical Center
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Molecular mechanisms of renal fibrosis
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Jingwu Xie△*
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Indiana University School of Medicine
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Is hedgehog signaling critical for pathological fibrosis?
|
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Dianhua Jiang
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Cedars Sinai Medical Center
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TLR4, HA and lung stem cells in lung injury, repair and fibrosis
|
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Ivana V. Yang
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University of Colorado Denver
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Epigenetic regulation of pulmonary fibrosis
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LAN Hui Yao
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Prince of Wales Hospital
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TGFbeta/SMAD signaling and fibrosis
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Drug Discovery & Biomarkers
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Xiao-Yan Wen△*
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University of Toronto
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Zebrafish based chemical genetic screens for drug development
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Heyu Ni△
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Keenan Research Centre
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Novel mechanisms and targets of thrombosis: Development of new drugs targeting platelet adhesion molecules
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Peter Liu
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University of Ottawa Heart Institute
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Insight into Novel Mechanisms of Heart Failure through Proteomic Biomarker Search
|
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Yibin Feng
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The University of Hong Kong
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Drug discovery from Chinese medicines: the past, present and future
|
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Xiaoliang Wang
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Institute of Materia Medica, CAMS
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Translational study of biomarkers and drug targets for neurodegenerative diseases
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Mucosal Immunity and Associated Diseases
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Chen Dong△
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Tsinghua University
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Xin Lin
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Tsinghua University
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Pentao Liu
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Sanger Institute, Cambridge
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Min Li
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Memorial Sloan-Kettering Cancer Center
|
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Bing Su△*
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Shanghai Institute of Immunology/Yale University
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Neurodevelopment and disorders
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Shen-Ju Chou
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Institute of Cellular and Organismic Biology, Academia Sinica
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COUP-TF1 regulates cortical regional patterning
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Zheng Li
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NIH
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The function of the schizophrenia risk gene DTNBP1 in synapse development and neural
oscillation |
|
Hui-Chen Lu
|
Indiana University
|
Mouse model for studying FGFR3 mutation in human thanatophoric dysplasia
|
|
Yi-Ping Hsueh△*
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Institute of Molecular Biology, Academia Sinica
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Using Mouse Models to Assess Developmental Deficits in Neurological Disorders
|
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Jun Xia
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Hong Kong University of Science and Technology
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Role of PICK1 in protein trafficking and diseases
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Transcription Mechanisms and Human Diseases
|
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Haitao Li
|
Tsinghua University
|
Sensing Histone Crotonylation for Transcription Control
|
|
Gang Wang
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Inst of Biochem & Cell Biol, CAS
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Mediator-ing Transcription and Cell Fates
|
|
Qiang Wu
|
Shanghai Jiao Tong University
|
Protocadherin Gene Regulation in Development and Diseases
|
|
Jiemin Wong△
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East China Normal University
|
Control of Global Transcription via CDK9 Sumoylation and MYC
|
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Cheng-Ming Chiang△*
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UT Southwestern Medical Center
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BRD4 in Transcription Programming and Cancer Therapy
|
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Human iPSC-based modeling of neurodevelopment and diseases
|
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|
Yanhong Shi△*
|
City of Hope
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Studying neurological diseases using patient iPSC models
|
|
Yadong Huang△
|
Gladstone Institute of Neurological Disease
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Modeling Alzheimer’s disease and drug screening using human iPSCs
|
|
Su-Chun Zhang
|
University of Wisconsin
|
Reconstruction of neural circuits by human stem cells
|
|
Zhexing Wen
|
Emory University School of Medicine
|
Modeling Zika virus exposure with human iPSC-derived neural cells
|
|
Chun-Li Zhang
|
UT Southwestern Medical Center
|
Direct neural reprogramming for modeling human motor neuron disease
|
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Frontiers of Liver Cancer Research
|
||
|
Hongyang Wang
|
Eastern Hepatobiliary Surgery Hospital
|
Molecular pathogenesis of liver cancer
|
|
Xin Wei Wang△*
|
National Cancer Institute
|
Liver cancer genome and biology
|
|
Juling Ji
|
Natong Medical University
|
Hepatic stellate cells and liver cancer
|
|
Junfang Ji△*
|
Zhejiang University
|
Roles of microRNAs in liver cancer stem cells
|
|
Bin Zhao
|
Zhejiang University Life Sciences Institute
|
YAP pathway and liver cancer
|
|
Epigenetics and Hamatological Malignancies
|
||
|
Mingjiang Xu△*
|
University of Miami Miller School of Medicine
|
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Jianjun Chen△*
|
University of Cincinnati College of Medicine
|
|
|
Suming Huang
|
University of Florida College of Medicine
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The role of CTCF in 3D genome organization and leukemogenesis
|
|
Feng-Chun Yang
|
University of Miami Miller School of Medicine
|
Mutations of ASXL1/2 in myeloid malignancies
|
|
Xinyang Zhao
|
The University of Alabama at Birmingham
|
Epigenetic impacts of PRMT1-mediated metabolic reprogramming in megakaryopoiesis
|
|
Zhijian Qian
|
University of Illinois at Chicago
|
The role of EVI1-induced aberrant methylation in AML
|
|
Jia Yu
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Institute of Basic Medical Sciences, CAMS
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The regulation of microRNA biogenesis in erythropoiesis and acute erythroid leukemia
|
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Cure of Chronic Viral Hepatitis
|
||
|
James Jing-Hsiung Ou△
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USC Keck School of Medicine
|
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Guangxiang (George) Luo△*
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University of Alabama at Birmingham
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Model systems for the study of hepatitis viruses and antiviral drug discovery
|
|
Jianming Hu,
|
Penn State College of Medicien
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HBV Capsid as Regulator of cccDNA Formation and Target for Viral Clearance
|
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Wenhui Li,
|
National Institute of Biological Sciences
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NTCP as a HBV Entry receptor
|
|
Jianhua Sui,
|
National Institute of Biological Sciences
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Human Monoclonal Antibodies against HBV and Mechanisms of Action.
|
|
Haitao Guo,
|
Indiana University
|
HBV cccDNA: how is it made? how to destroy it?
|
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Liver Cancer : Prognostic Biomarkers, Surveillance and Prevention
|
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Fung-Lung Chung△*
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Georgetown University
|
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Hongyang Wang
|
Shanghai Jiao
Tong University |
|
|
Eiji Hara
|
Japanese Foundation for Cancer Research
|
Oxidiative stress and d-Rom is predicting liver cancer recurrence.
|
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Ying Fu△
|
Center for Cancer Research, NCI
|
An endogenous DNA adduct as a biomarker for liver cancer and it is prevention by antioxidants
|
|
Ke Zen/Chen-Yu Zhang
|
Nanjing University
|
microRNAs as biomarkers for liver cancer Prognosis/diagnosis.
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王鐘貴
|
台北市聯合醫院
|
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Function and mechanism of Hedgehog signaling in development and diseases
|
||
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Steven Y Cheng△
|
Nanjing Medical University
|
The Yins and Yangs of Suppressor of fused in Hedgehog signaling
|
|
Jin Jiang△
|
UT Southwestern Medical Center at Dallas
|
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Jingwu Xie
|
Indiana University School of Medicine
|
Hedgehog signaling in the metastatic niche
|
|
Aiming Liu
|
The Pennsylvania State University
|
Spop positively regulates Ihh signaling in mammalian skeletal development
|
|
Yun Zhao
|
Institute of Biochemistry and Cell Biology, CAS
|
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Blood cell research and treatment: leading precision & regenerative medicine again in the
next decade |
||
|
He Huang△*
|
Zhejiang University School of Medicine
|
BMT and CAR-T therapies for ALL and other blood diseases
|
|
Linzhao Cheng△
|
Johns Hopkins Medicine
|
Massive productive red blood cells from human stem cells for precise cell therapy
|
|
Tao Cheng
|
Institute of Hematology, CAS
|
Tackling blood cancer with stem cell approaches
|
|
Jianfeng Zhou,
|
Tongji Medical School in HUST
|
EBV-associated Lymphoproliferative diseases: Mechanism and Actions
|
|
Wei Li Zhao
|
Shanghai Rui-Jin Hospital
|
|
|
Recombinant fusion proteins as novel therapeutics
|
||
|
Wei-Chiang Shen △*
|
University of Southern California School of Pharmacy
|
Single-chain Fc dimer fusion proteins
|
|
Jeffrey Wang△
|
Western University of Health Sciences College of Pharmacy
|
Transferrin-Factor IV Fusion Protein as Novel Therapeutics for Hemophilia B
|
|
Li-Jiuan Shen
|
National Taiwan University School of Pharmacy
|
Therapeutic fusion proteins of pH-sensitive cell penetrating peptides for selective delivery to
hypoxic cancer cells |
|
Chunmeng Sun
|
China Pharmaceutical University
|
recombinant oligopeptides for tumor-targeted delivery of macromolecule and nanocarriers
|
|
Jeffrey Lu
|
AskGene Pharmaceuticals
|
Preclinical and clinical development for innovative fusion protein molecules: case studies
|
|
Regulatory T cells in cancers and autoimmune diseases
|
||
|
Weiping Zou△*
|
University of Michigan Health System
|
|
|
Guangyong Peng
|
Saint Louis University University
|
T cells in Tumor microe, nviroment
|
|
Yuncai Liu
|
Tsinghua University
|
Tregs and Itch
|
|
Lingyun Sun
|
Nanjing Medical University
|
MSCs and Tregs in SLE
|
|
Wanjun Chen△*
|
National Institutes of Health
|
Generation and function of Tregs
|
|
Genomic and functional studies of human leukemia
|
||
|
Paul Liu△
|
NHGRI, NIH
|
|
|
Ruibao Ren△
|
Brandeis University and Shanghai Institute of Hematology
|
|
|
Dong-Er Zhang
|
UC San Diego
|
|
|
Saijuan Chen
|
Shanghai Institute of Hematology
|
|
|
Shaoguang Li
|
University of Massachusetts Medical School
|
Strategies for targeting leukemia stem cells: lessons learned from CML biology
|
|
Tao Cheng
|
CAMS Institute of Hematology in Tianjin
|
|
|
Jing Zhang
|
University of Wisconsin
|
Ras-driven leukemias: mechanisms and potential therapeutics
|
|
Paradoxical TGF‐beta Signaling in Development, Diseases and Therapeutics
|
||
|
Xin-Hua FENG △*
|
Zhejiang University
|
|
|
Xiao-Fan Wang
|
Duke University School of Medicine
|
Cellular senescence and TGF-beta signaling
|
|
Ying E Zhang
|
National Cancer Institute, NIH
|
Context-dependent regulation of alternative splicing by TGF-b
|
|
Xiao Yang
|
Institute of Biotechnology
|
TGF-b signaling in cardiac hypertrophy
|
|
Xiao-Jing Wang△
|
University of Colorado Anschutz Medical Campus
|
Therapeutic roles of TGF-b inhibition in cancer treatment and care
|
|
Ubiquitin signaling in inflammation and cancer
|
||
|
Shao-Cong Sun△
|
University of Texas MD Anderson Cancer
Center |
Ubiquitin signaling in the regulation of inflammation and
anti-tumor immunity. |
|
Hui-Kuan Lin△
|
Comprehensive Cancer Center, Wake
Forest School of Medicine |
Histone ubiquitination regulates hypoxia signaling and
cancer metastasis |
|
Jianping Jin
|
University of Texas
Health Science Center at Houston |
Ubiquitin and ubiquitin-like proteins in inflammation
control |
|
Ruey-Hwa Chen
|
Institute of Biological Chemistry, Academia Sinica
|
Ubiquitination in Tumor Promotion and Autophagy
Regulation |
|
Yong Wan
|
University of Pittsburgh
|
Post-translational modification in genome stability and
carcinogenesis |
|
Metabolic Targets for Cancer Therapy
|
||
|
Deliang Guo△*
|
The Ohio State University James Comprehensive Cancer Center
and College of Medicine |
SCAP/SREBP-1, Central Regulators of Lipid Metabolism Reprogramming and Promising Targets in Cancer
|
|
Zhang Weihua△
|
University of Houston
|
Targeting Metabolisms Controlled by EGFR’s Kinase Independent Functions for Cancer Therapy
|
|
Qing Zhang
|
UNC-Chapel Hill
|
The Oxygen Sensor EglN2 Serves as a New Metabolic Target in Breast Cancer
|
|
Ming Tan
|
U of South Alabama
|
Inhibiting Dysregulated LDHA and PDK1 to Overcome HER2-targeting Resistance in
Breast Cancer |
|
Jinke Cheng
|
Shanghai Jiao Tong University School of Medicine
|
SUMOylation Regulates Mitochondrial Metabolism in Tumorigenesis
|
|
Stem cells: engineering and disease modeling
|
||
|
Chuxia Deng△*
|
University of Macau
|
Transcriptome analysis of mammary stem cells and cancer stem cells
|
|
Ren-He Xu△*
|
University of Macau
|
3D, a game changer for hESC and progeny
|
|
Linzhao Cheng
|
Johns Hopkins University School of Medicine
|
Human iPS cells and genome editing for blood disease modeling and treatment
|
|
Yufang Shi
|
Soochow University Institute for Translational Medicine
|
Mesenchymal stem cells and tissue microenvironment
|
|
Junying Yu
|
NuwaCell.Ltd
|
Hematopoietic programming
|
|
Mechanisms and therapy of neurodegenerative diseases
|
||
|
Hui Zheng△*
|
Baylor College of Medicine
|
The autophagy and lysosomal pathway in Alzheimer’s disease
|
|
Hong Lian△
|
Zhejiang University School of Medicine
|
The role of complement receptor C3aR in synaptic dysfunction in excitotoxicity
|
|
Yueming Li
|
Memorial Sloan Kettering Cancer Center
|
Modulation of γ-Secretase
|
|
Sheng Zhang
|
The University of Texas Health Science Center at Houston
|
Selective Macroautophagy in Huntington’s disease
|
|
Riqiang Yan
|
Cleveland Clinic Learner Research Institute
|
Inhibition of BACE1 of benefiting Alzheimer’s patients.
|
|
Biomotors, single-pore sensing and RNA nanotechnology
|
||
|
Liqun Gu△*
|
University of Missouri,
|
Nanopore force toolbox: from mechanistic study of molecular folding/unfolding to clinical
detection of biomarkers |
|
Jia Geng
|
Sichuan University
|
Biological and artificial nanopores for single molecule sensing
|
|
Haichen Wu
|
Institute of High Energy Physics
|
Sensing of DNA damages with protein nanopore
|
|
Peixuan Guo△*
|
The Ohio State University
|
Arginine finger regulates the sequential action of asymmetrical hexameric nanopore for single
direction DNA translocation |
|
Zhengyi Zhao
|
Huazhong University of Science and Technology
|
Arginine finger coordinates the sequential action of asymmetrical hexameric ATPase for single direction DNA translocation
|
|
Cell death and inflammasome signaling in normal physiology and diseases
|
||
|
Jianke Zhang△*
|
Thomas Jefferson University
|
Apoptosis and necroptosis in immune homeostasis
|
|
Jiahui Han△
|
Xiamen University
|
Inflammasome signaling
|
|
Emad Elnemri
|
Thomas Jefferson University
|
Pyroptosis signaling
|
|
Zhenggang Liu
|
NCI/NIH
|
Cell death and caner
|
|
Francis Chan
|
University of Massachusetts
|
Cell death in colitis
|
|
liming.sun
|
Shanghai Institutes of Biological Sciences
|
Cell death signaling through MLKL
|
|
Neural development and related diseases
|
||
|
Jia-Wei Zhou
|
Institute of Neuroscience, SIBS, CAS
|
Role of NG2 glial cells in neuroinflammation
|
|
Zhiheng Xu△
|
Instituteof Genetics & Developmental Biology, CAS
|
Zika Virus infection and Microcephaly: Mechanism and Treatment
|
|
Yongchun Yu
|
Fudan University
|
Fear erasure facilitated by immature inhibitory neuron transplantation
|
|
Yufang Zheng
|
Fudan University
|
MiR-197 rescues the neurogenesis defects caused by autistic MECP2 mutations
|
|
Zhen-Ge Luo△*
|
Institute of Neuroscience, SIBS, CAS
|
Identification of a novel axon guidance factor expressed in Cajal-Retzius cells
|
|
Synaptic plasticity (tentative topic, will be slightly modified after knowing every speaker’s presentation title)
|
||
|
Yi-Shuian Huang△*（黄怡萱）
|
Institute of Biomedical Sciences, Academia Sinica
|
CPEB-controlled translation and plasticity
|
|
Yingxi Lin (林映晞)
|
Massachusetts Institute of Technology
|
Transcribing Memories
|
|
Xiao-hui Zhang
|
Beijing Normal University
|
Cortical circuitry mechanisms underlying the critical period plasticity
|
|
Eminy Lee （李小媛）
|
Institute of Biomedical Sciences, Academia Sinica
|
Galectin-3 is a novel negative regulator of memory formation
|
|
Chia-Lin Wu (吳嘉霖)
|
Chang Gung University
|
Neural circuits for long-term water-reward memory processing in Drosophila
|
|
Mechanisms of embryogenesis and organogenesis
|
||
|
Naihe Jing△*
|
Shanghai Institute of Biochemistry and Cell Biology
|
Spatial and temporal transcriptome of early mouse embryos
|
|
Chi-chung Hui△*
|
The Hospital for Sick Children
|
Gene regulatory network in cerebellum development and tumorigenesis
|
|
Jian Zhang
|
Institute of Genetics and Developmental Biology, CAS
|
Translation regulation of maternal RNAs in zebrafish
|
|
Ping Hu
|
Shanghai Institute of Biochemistry and Cell Biology
|
Balance of RNA binding proteins regulates myogenesis
|
|
Bo Gao
|
The University of Hong Kong
|
Wnt regulation of Planar Cell Polarity
|
|
Wnt signaling in development, stem cells, and cancer
|
||
|
Xi He△*
|
Boston Children’s Hospital/Harvard Medical School
|
Wnt signaling in development and stem cells
|
|
Yi Arial Zeng△
|
Institute of Biochemistry and Cell Biology, CAS
|
Wnt signaling in regulating mammary stem cell and breast cancer
|
|
Xinhua Lin
|
Fudan University
|
Regulation of intestinal patterning and homeostasis by Wnt signaling
|
|
Dianqing (Dan) Wu
|
Yale School of Medicine
|
Wnt signaling in cancer.
|
|
Ting Chen
|
National Institute of Biological Sciences，Beijing
|
Dynamic change in Wnt signaling establishes hair follicle stem cell niche
|
|
Neural circuit of behavior
|
||
|
Hailan Hu△
|
Zhejiang University School of medicine
|
Neural mechanism of emotion
|
|
Yutian Wang
|
The University of British Columbia
|
AMPAR trafficking in synaptic plasticity, learning and memory
|
|
Xiaomin Li
|
Zhejiang University School of medicine
|
Cholinergic regulation of GABAergic neurons
|
|
Minmin Luo
|
National Institute of Biological Sciences，Beijing
|
Neural circuits for reward
|
|
Hao Wang△
|
Zhejiang University School of medicine
|
Midbrain GABAergic pathways for feeding behavior
|
|
Xiaowei Chen
|
Third Military Medical University
|
Two-‐photon calcium imaging of sensory cortex circuits during a simple learning
|
|
Precision Medicine-Gene Based Therapy
|
||
|
Jim Hu△*
|
Hospital for Sick Children
|
Spatial and temporal transcriptome of early mouse embryos
|
|
Xiao Xiao △*
|
UNC Eshelman School of Pharmacy
|
Muscle as a platform for gene therapy
|
|
Weidong Xiao
|
Temple University
|
Optimization of clotting factor VIII for hemophilia A gene therapy
|
|
Zhijian Wu
|
National Institutes of Health
|
Gene replacement therapy for X-Linked Retinitis Pigmentosa (XLRP)
|
|
Yichang Jia
|
Tsinghua University
|
Discovery and Gene Repair for Neurodegenerative Diseases
|
|
Immunotherapy
|
||
|
Dongfang Liu
|
Houston Methodist Research Institute
|
CAR-NK Immunotherapy for Infectious Diseases
|
|
Yi Zhang
|
Zhengzhou University
|
Dissecting Tumor Microenvironment for Treatment of Cancer
|
|
Jianhua Yu
|
The Ohio State University
|
Natural Killer Cell Biology and Immunotherapy
|
|
Rongfu Wang△
|
Houston Methodist Research Institute
|
Cancer Immunotherapy
|
|
Wei-dong Han△
|
Chinese PLA General Hospita
|
CAR T therapy in liquid and solid tumors
|
