FASEB SRC: Molecular Biophysics of Membranes

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来源：Conference Management System (COMS)

[基本信息]

会议名称：FASEB SRC: Molecular Biophysics of Membranes

所属学科：Applied Physics: Biophysics, Medical Physics and Healthcare Technologies;Molecular Biology ; Medicine (in general)

开始日期：2018-06-17

结束日期：2018-06-22

所在国家：United States

所在城市：NY

议题：Anti-Virus, Autoimmunity, Biochemistry, Cell Signaling, Cell Biology, Cell Cycle, Cell Division, Cell Growth/Regulation, Cell Signaling, Cellular Regulation, Chromosome Dynamics, Chromosome Metabolism, Computational Biology, Development, Diabetes, Genetics, Glycobiology, Microbiology, Microbiome, Molecular Biology, Molecular Biology, Biochemistry, Physiology, Mrna, Muscle Homeostasis, Neurology, Nutrition, Nutrition Biochemistry, Obesity, Oncology, Orthopedics, Pathobiology, Pathology, Protein Aggregation, Protein Folding, Protein Physphorylation, Protein Structure, Pulmonology, RNA Decay, Signaling, Stem Cells, Structural Biology, biophysics, membranes

[会务组联系方式]

联系人：Phone: [301.634.7010]; Email: src@faseb.org

联系电话：[301.634.7010];

E-MAIL：src@faseb.org

会议网站：http://www.faseb.org/src/micro/Site/Biophy/Home.aspx

[会议背景介绍]

This FASEB SRC will focus on membranes and membrane proteins. Membranes define the boundaries of cells and sub-cellular compartments. Membrane proteins, which represent over 25% of proteins and over 50% of drug targets, play key roles in many life processes. Advances in methodology have led to tremendous recent progress in this field. For instance, dramatic increases in the number of membrane protein structures known at atomic resolution provide the foundation for mechanistic studies and drug development efforts. Advances in microscopy methods are enabling visualization of biological processes involving membranes, and structure determination of large membrane-bound complexes. The conference program includes sessions on a variety of membrane proteins and complexes, as well as on the complexities of the membrane itself – the roles of its domains and shapes in various biological processes. Topics will include mechanisms and folding of membrane proteins of both fundamental and medical importance.