2018.
Seeing small-molecule interactions inside cells (ACS Headline Science, Phys.org).
 
 
SPPIER: a GFP phase separation-based assay for visualizing small molecule-induced protein-protein association (e.g. IMiDs, PROTACs) and dissociation (e.g. Nutlin) in live cells. (pdf)
 
2017.
Using light to make single cells self-destruct (UCSF News).
 
 
miniSOG2: a precision optogenetic tool for cell ablation in animals (pdf)
 
2014.
Infrared Fluorescent Protein 2.0 (pdf)
 
 
Probes seeing in the near infrared. Nature Methods (2014)
 
2011.
A genetic reporter for correlated light and electron microscopy
 
 
Electron Microscopy: New Type of Genetic Tag Illuminates Life in Never-Before-Seen Detail. ScienceDaily
 
2009.
Infrared Fluorescent Proteins
 
 
Deep in the Red: Using Infrared to Watch What Goes On in a Living Body. Scientific American
 
 
  "An infrared version of the Nobel Prize-winning green fluorescent protein could make the technique even more powerful". By Bianca Nogrady, May 8, 2009
   
Infrared Proteins Give Deep View Inside Living Animals. Wired Science
   

 

 

 

 

 

 

 

 

 

 

 

Laboratory of Xiaokun Shu, PhD | University of California, San Fancisco | Advancing Health Worldwide