Cell Symposia: Structural biology from the nanoscale to cellular mesoscale
  In partnership with the Biophysical Society of China
 November 3–5, 2023 | Huangshan, China
Recent advances have pushed the boundaries of structural biology, enabling the in situ structure determination of large protein complexes within their native cellular environments. Cryo-electron tomography (cryo-ET) bridges the gap to the cellular mesoscale by providing structural information for organelles and entire cells.
In this Cell Symposium, we want to highlight recent breakthroughs in the structure determination of physiological important proteins and macromolecular complexes both from isolated samples and in a cellular context as well as virus structures that were obtained using different techniques including cryo-electron microscopy, cryo-ET, X-ray crystallography, NMR, and computational approaches within the framework of integrative structural biology. We will also discuss the functional insights gained from these structures and methodological advances that enabled these studies. We hope to bring together structural biologists from different disciplines and interested scientists to discuss exciting new findings and conceptual advances in this field.
Topics:
- Recent structures of membrane proteins and macromolecular machines
- Advances in structural virology
- Structural immunology, host-pathogen interactions
- in situ structural biology
Keynote speakers
      
 
- 
       Friedrich Förster, 
 Netherlands
 
- Shee-Mei Lok, 
 Singapore
 
- Zihe Rao, China
 
- Beili Wu, China
 
  - Mingjie Zhang, China
Speakers
      
- 
        Guoqiang Bi, China 
 Wah Chiu, USA
 Pu Gao, China
 Yanyan Li, China
 Xiaochun Li, USA
 Sai Li, China
 Shee-Mei Lok, Singapore
 Sascha Martens, Austria
 Stefan Raunser, Germany
 Haitao Yang, China
 Giulia Zanetti, UK
 Peijun Zhang, UK
 Z. Hong Zhou, USA
 
 
Organizers
      
- 
        Zihe Rao, Honorary President Biophysical Society of China 
 Xiangxi Wang, Institute of Biophysics, CAS
 Karin Kühnel, editor-in-chief, Structure
 Jia Cheng, scientific editor, Cell
 
 

