vimarsana.com
Home
Live Updates
Shorter Wavelength Expands Fluorophore's Role in Monitoring
Shorter Wavelength Expands Fluorophore's Role in Monitoring
Shorter Wavelength Expands Fluorophore's Role in Monitoring Cell Dynamics | Research & Technology | Nov 2022
A genetically modified fluorescent protein has exhibited the shortest fluorescence emission wavelength to date, researchers at Osaka University report
Related Keywords
Osaka ,
Japan ,
Kazunori Sugiura ,
Takeharu Nagai ,
Osaka University ,
Communications Biology ,
Research Amp Technology ,
Education ,
Asia Pacific ,
Fluorescent Tags ,
Fluorescence ,
Fluorescent Proteins ,
Imaging ,
Light Sources ,
Microscopy ,