New Partners
Invitrogen has established partnerships with several companies that provide unique instrumentation for use with optical small animal imaging. By working together with these companies, our goal is to provide our customers with useful information and experimental data to help them reach their small animal imaging goals.
CRi
Cambridge Research & Instrumentation, Inc (CRi) has developed a high-performance instrument for fluorescent-based in vivo imaging. Find out how the Maestro™ provides a dramatic improvement in signal-to-noise ratio and provides multiplexing capabilities through their unique multispectral imaging technology.
Xenogen a part of Caliper LifeSciences
Caliper has launched Xenogen’s advanced in vivo imaging system, IVIS Spectrum, the newest and most flexible of the IVIS imaging systems which provides both high throughput and maximal sensitivity. Now available, the IVIS Spectrum performs 3D tomographic reconstruction of fluorescence and bioluminescence.
Mauna Kea
The Cellvizio® LAB fibered fluorescence small animal imaging solution is distributed by VisualSonics. Mauna Kea’s Image Atlas shows the use of Invitrogen fluorescent probes for in vivo in situ imaging.
CRi
Cambridge Research & Instrumentation, Inc (CRi) has developed a high-performance instrument for fluorescent-based in vivo imaging. Find out how the Maestro™ provides a dramatic improvement in signal-to-noise ratio and provides multiplexing capabilities through their unique multispectral imaging technology.
Xenogen a part of Caliper LifeSciences
Caliper has launched Xenogen’s advanced in vivo imaging system, IVIS Spectrum, the newest and most flexible of the IVIS imaging systems which provides both high throughput and maximal sensitivity. Now available, the IVIS Spectrum performs 3D tomographic reconstruction of fluorescence and bioluminescence.
Mauna Kea
The Cellvizio® LAB fibered fluorescence small animal imaging solution is distributed by VisualSonics. Mauna Kea’s Image Atlas shows the use of Invitrogen fluorescent probes for in vivo in situ imaging.
