Research Combining Optogenetics with Immunoengineering



Our goal is to combine the use of optical and genetic approaches to remotely control the immune signaling network, thereby enabling photo-tunable modulation of innate and adaptive immunity at high spatiotemporal resolution.






The cancer-immunity cycle and opportunities for optogenetic interventions 

to improve cancer immunotherapies.

Reference

Tan P, He L, Han G, Zhou Y. Optogenetic immunomodulation: shedding light on antitumor immunity

Trends in Biotechnology2017,35(3):215-26. (PMID: 27692897)




CiDER | A chemical inducible epigenetic remodeling tool

Reference:

Lee M, Li J, Liang Y, Ma G, Zhang J, He L, Liu Y, Li M, Sun D, Zhou Y# and Huang Y#.

JACS. 2017,139(13):4659-62. (PMID:28294608; #lead contact)

Highlighted in ACS Editors’ Choice by 400+ editors from ACS’ 40+ journals

JACS Spotlights: “Epigenetic Changes on Demand with an Enzyme–Small Molecule Combo

Vital Records: “Epigenetic changes on demand: tuning the ‘traffic lights’ of DNA from red to green




OptoPB | An optogenetic tool for remote control of membrane tethering 

Reference:

He L, Jing J, Zhu L, Tan P, Ma G, Nhung NT, Wang J#, Zhou Y#. and Huang Y#.

Chemical Science. 2017,8,5275-81. (#lead contact)

Highlighted as Cover Article @ Royal Society of Chemistry

Vital Record: “Building bridges within the cell – using light

BioTechniques Breaking News: “Building an Optogenetic Bridge Between Membranes

ScienceDaily News: “How a new technique allows researchers to tune communication between organelles”