Fluorescence Imaging
IV. Maestro Fluorescence Imaging
Fluorescence imaging uses non-invasive light-based techniques to quickly detect structures and processes deep within small animals.
The Maestro system (CRI, Cambridge, MA) provides very good sensitivity, a high level of multiplexing capabilities, and quantitative accuracy. The Maestro system effectively removes undesirable signals such as autofluorescence from images taken of small-animal models, thereby allowing researchers to see fluorescent signals easier, sooner and more accurately. The system allows the use of multiple fluorophores,detecting and separating even spectrally overlapping and difficult-to-distinguish signals.
Fluorescence imaging uses non-invasive light-based techniques to quickly detect structures and processes deep within small animals. The Maestro system provides very good sensitivity, a high level of multiplexing capabilities, and quantitative accuracy. The Maestro system effectively removes undesirable signals such as autofluorescence from images taken of small-animal models, thereby allowing researchers to see fluorescent signals easier, sooner and more accurately. The system allows the use of multiple fluorophores, detecting and separating even spectrally overlapping and difficult-to-distinguish signals.
In Vivo Molecular Imaging Core Facility
