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BIT's 7th Annual World Protein and Peptide Conference

 
  November 20, 2013  
     
 
BIT Congress Inc. , Dalian, China
April 25-28, 2014


Scientific Program

 

Module 1: Tomorrow of Protein Discovery                              
Unit 1-1: Proteins and Enzymes via HTS and Metaproteomics
                -From Human, Plants, Animals and Fungi Nature Pool

Unit 1-2: Expanding Fusion Proteins
                -Linking Power from Natural Occurrence to the Manmade

Unit 1-3: Superior Proteins by Design and Revolutionizing Bioengineering
                -Smart Design and Invention

 

Module 2: Royal Family Matters of Proteome
                              -Moving forward to Next Generation Proteomics
Unit 2-1: Nimble Targeted Proteomics and Emerging New Technologies
Unit 2-2: When System Biology and Structural Biology meet Proteomics
Unit 2-3: Chemical Proteomics and Pharmacoproteomics in Industries
Unit 2-4: Proteogenomics
Unit 2-5: Quantitative Proteomics
Unit 2-6: Phosphoproteomics
Unit 2-7: Clinical Proteomics, Biomarkers and Immunoproteomics
Unit 2-8: Proteomics in Food, Environment, and Agriculture/Aquaculture

 

Module 3: Constant Quest for Protein Facebook
Unit 3-1: Dead or Alive Issues of Proteins
                -Dynamics, Stability, Aggregation, Metabolism and Degradation
Unit 3-2: Ubiquitin and ubiquitin-like proteins
Unit 3-3: Hot Topic of Protein-Protein, DNA/RNA-Protein Interactions
Unit 3-4: New Finding of Protein Trafficking, Signaling Transduction, Regulation
Unit 3-5: Membrane Proteins, Receptor, Structure, Channels, and Transporters

Unit 3-6: What happened with the boy in good or bad order?
                -Protein Folding and Misfolding, Recognition and Disorders

Unit 3-7: Protein Sensing
Unit 3-8: Protein Synthesis, Glycoproteins, Phosphorylation and Translational Modification
Unit 3-9: Breaking Research of Motor Proteins, Cytoskeleton and Protein Machinery
Unit 3-10: Hot Nuclear Proteins, Nucleoporin and Other Organelles Proteins
Unit 3-11: Bioinformatics for Protein Studies
Unit 3-12: Epigenetic Protein Families and Histone

 

Module 4: Unravel Proteins with Health/Diseases
Unit 4-1: Proteins, Health and Plant Protein Related Pathogenesis
Unit 4-2: Protein Aggregation/Deposition Diseases
Unit 4-3: Plasma Proteins with Health/Diseases ( Blood proteins)
Unit 4-4: Implications of FOXM1and BMP7 Protein
Unit 4-5: Protein Homeostasis in Health & Disease
Unit 4-6: Calcium Binding Proteins in Health and Disease
Unit 4-7: Cancer and other Proteins
Unit 4-8: Clinical Application of Protein
Unit 4-9: C-reactiveprotein and Diseases

 

Module 5: Proteins’ Charity for Emerging Targets toward Therapy
Part 5A: Latest Breakthrough of Promising Protein Targets
Unit 5A-1: Epigenetic Proteins and Enzymes as Frontier of Drug Targets

Unit 5A-2: Protein-Protein Interactions as Drug Targets
Unit 5A-3: RNA Binding Proteins
Unit 5A-4: Autophagy Proteins
Unit 5A-4: Autophagy
Unit 5A-5: Novel Matricellular Proteins
Unit 5A-6Proteins and Peptide in drug discovery
Unit 5A-7Interdisciplinary study of proteins
Unit 5A-8Protein applications in biotechnology and therapeutics
Unit 5A-9: CEACAM Proteins: Emerging Biomarkers and Targets
Unit 5A-10: Current Cancer Protein Targets
Unit 5A-11: GPCR Dynamics, Structures and Drug Discovery

Part 5B: Non-Antibody Protein Therapy
Unit 5B-1: Protein Scaffold Therapeutics

Unit 5B-2: Therapeutic and Proteins Chaperone Drugs
Unit 5B-3: Modified Recombinant Protein Drugs and Biosimilars
Unit 5B-4: Overcoming Challenges in Hunting for New Protein Therapeutics

 

Module 6: Friendly Tools for Proteins
Unit 6-1: Innovations in Selection, Screening and Bioassay of Proteins
Unit 6-2: Computational Biology and Protein Property Prediction
Unit 6-3: Powerful Protein Chips, Array and Display
Unit 6-4: In silico Protein Designand Structure Characterization toward Visualization
Unit 6-5: Peptides Probes, gene probe, Fluorescence Probe and other new probes
Unit 6-6: Protein NMR and X-Ray Protein Nanocrystallography

 

Module 7: Empowered Protein Engineering
Unit 7-1: High-Throughput Protein Production
Unit 7-2: New PTM, Glycoprotein Profiling and Glyco-engineering
Unit 7-3: Accelerating New Protein Drugs and Biosimilars Scale-up
Unit 7-4: Protein Separation, Purification and Protein Expression
Unit 7-5: Protein/Peptide Technology Transfer, Business Development and IP Protection
Unit 7-6: Fusion Protein Engineering

 

Module 8: Fedex Proteins to Garcia
                              -Recent Advances in Protein and Peptide Drug Delivery Systems

 

Special Events-Inaugurate Symposia

Symposium 1: Advances in Peptide Research
Session 1-1: Novel Peptide Structure and Functions, Peptide Signal and Amino Acid Signaling
Session 1-2: Cell Penetrating Peptides
Session 1-3: Antibacterial and Antifungal Peptides and Future Peptide Therapy
Session 1-4: Novel Bioactive Peptides, Neuropeptide, Biomimetic Peptides and other Functional Peptides
Session 1-5: Peptide as Materials
Session 1-6: Peptides Synthesis of Challenging Natural Peptides and Their Biosynthesis
Session 1-7: Peptide Diagnostics, and Peptide Biomarkers

 

Symposium 2: Frontiers of Protein and Peptide Sciences in China
(Official Language:Chinese, with Bilingual PPT)
Session2-1: Frontier of Protein Sciences
Session2-2: Milestones in Proteomics Projects
Session2-3: Protein and Peptide Based Drug Discovery in China
Session2-4: Protein Design and Engineering
Session2-5: Innovative Technologies for Protein Sciences
Session2-6: China Capacities in Protein and Peptide Industry and Services

 

 
 
Organized by: BIT Congress Inc.
Invited Speakers:
11位参会诺奖大师James E. Rothman博士, 美国耶鲁大学教授因发现细胞内的主要运输系统——囊泡运输的调节机制,而获得2013年诺贝尔生理学或医学奖
Thomas C. Südhof博士, 美国斯坦福大学教授因发现细胞内的主要运输系统——囊泡运输的调节机制,而获得2013年诺贝尔生理学或医学奖
Serge Haroche博士, 巴黎高等师范学院教授 发现测量和操控单个量子系统的突破性实验方法,获得2012诺贝尔物理学奖
Dan Shechtman博士 以色列理工学院教授 发现准晶体the discovery of quasicrystals)而获2011年诺贝尔化学奖
Akira Suzuki博士,日本北海道大学荣誉教授 因发现有机合成领域中钯催化交叉偶联反应获得2010年度诺贝尔化学奖
Ada E. Yonath博士,以色列魏茨曼科学研究所生物分子结构与组装中心主任教授 因获得核糖体(ribosome)的结晶和结构,并发现其功能,而获得2009年诺贝尔化学奖
Luc Montagnier博士,中国上海交通大学教授 因发现HIV病而获得2008年诺贝尔生理与医学奖
George F. Smoot博士,美国加州大学伯克利分校教授 因发现宇宙微波背景辐射的黑体形式和各向异性而获得2006年诺贝尔物理学奖
Theodor W. Hänsch博士, 德国加尔兴马克斯-普朗克学会量子光学研究所理事因包括光频滤波技术在内的精细激光光谱技术而获得2005年诺贝尔物理奖
Aaron Ciechanover博士, 以色列工学院教授发现了泛素调解的蛋白质降解而获得2004年诺贝尔化学奖
Hartmut Michel博士,德国马克斯普朗克研究教授
因在某些特定细菌的细胞膜中发现了光合反应中心的3D结构而获得1988年诺贝尔化学奖
主题报告人有:
Ferenc Hudecz博士,匈牙利科学院院士,罗兰大学前任校长,欧洲多肽协会主席
Tony D’Amore博士,加拿大赛诺菲巴斯德生物研发北美区副总裁
Dave Winkler博士皇家澳大利亚化学会院士,澳大利亚联邦科学与工业研究组织教授
Andrew A. Young博士葛兰素史克生物公司副总裁
Vadim Ivanov博士,俄罗斯科学院院士,俄罗斯科学院生物有机化学所所长
Garland R. Marshall博士,圣路易斯华盛顿大学教授
 
Deadline for Abstracts: 2014-01-15
 
Registration: http://www.bitlifesciences.com/pepcon2014/register.asp
E-mail: Sally@bit-pepcon.com
 
   
 
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