Our laboratory's research integrates cell biology, optical physics, and biochemistry to address biological problems that current imaging technology cannot solve. To achieve this, we develop novel fluorescent probes, high-speed cell-friendly super-resolution methods, and computational modeling approaches. These tools, designed to answer specific questions within our lab, also have widespread applications in cell biology research. Beyond technology development, our lab also applies these cutting-edge techniques to investigate various biological phenomena. For instance, we study how viruses enter cells by probing and remodeling membranes, as well as the structural changes viruses undergo during cell-entry, uncoating, and morphogenesis.
By our lab
Rescale4DL
Newest update: 2025-04-24
DL4MicEverywhere
Newest update: 2025-04-20
NanoPyx
Newest update: 2025-04-11
PhotoFiTT
Newest update: 2025-03-13
ZeroCostDL4Mic
Newest update: 2025-02-25
SReD
Newest update: 2025-02-18
NanoJ
Newest update: 2024-03-22
NanoJ-eSRRF
Newest update: 2024-03-22
NanoJ-SRRF
Newest update: 2024-03-22
DeepBacs
Newest update: 2022-05-11
NanoJ-SQUIRREL
Newest update: 2020-09-10
Super-Beacons
Newest update: 2020-01-01
NanoJ-Fluidics
Newest update: 2019-04-04
NanoJ-VirusMapper
Newest update: 2016-01-01
QuickPALM
Newest update: 2010-01-01
We contributed to
CLEM-Reg
Newest update: 2025-04-25
CellTracksColab
Newest update: 2025-03-11
BioImage Model Zoo
Newest update: 2025-03-06
Fast4DReg
Newest update: 2024-12-16
CARE
Newest update: 2024-10-05
DeepAutoFocus
Newest update: 2024-07-15
nano-org
Newest update: 2024-01-01
vLume
Newest update: 2020-10-12
FBSR-TFM
Newest update: 2020-01-01
Sulfoscope
Newest update: 2020-01-01
Nuclear-Pores as references
Newest update: 2019-9-27
Infection-Counter
Newest update: 2016-04-05