In vivo bioluminescence imaging system at UCSF
- Definition
- An image acquisition instrument that is designed for non-invasive in vivo use, to detect bioluminescence, which is based on the expression of luciferase, the light-emitting enzyme of the firefly Photinus pyralis. After the administration of the substrate luciferin, an ATP- and O2-dependent photochemical reaction occurs, resulting in the release of photons by living cells containing luciferase. This photon emission can be detected by a cooled charge-coupled device (CCD) camera, minutes after the administration of the substrate.
- Categories
- Instrument → In vivo bioluminescence imaging system
Filter by location:
Mission Bay
Animal Model Core
Neurological Surgery,
Mission Bay
Contact: Tomoko Ozawa
415-476-9756
tomoko.ozawa@ucsf.edu
- Xenogen
Mission Bay, Mt. Zion
Cancer Center Preclinical Therapeutics Core
http://eagle-i.ucsf.edu/i/0000015e-077d-b8c9-7df5-b10d80000000,
Mission Bay, Mt. Zion
Contact: Byron Hann
415-476-0419
Byron.Hann@ucsf.edu
- Bioluminescent imaging
- Xenogen IVIS 100 imaging
- Xenogen IVIS SPECTRUM imaging