IVIS Imaging Core
Welcome to the IVIS Imaging Core at Boston University Medical Campus.The IVIS Imaging Core is equipped with a Xenogen IVIS Imaging System – with Fluorescence Kit, Anesthesia System, and Living Image Acquisition/Analysis Package, located at 670 Albany Street, 9th Floor, Boston.
The primary use of the instrumentation is to non-invasively monitor bio-luminescence and fluorescence in 3 dimensions within small animal models (rats and mice) although the instrument may also be used to assay comparatively sized tissue volumes post animal retrieval for specimens from larger animals. The instrument is able to non-invasively monitor up to 5 mice at once and monitor in vivo multiple fluorescent and bio-luminescent reporters simultaneously. The system also includes a Living Image Acquisition/Analysis Software Package, allowing for advanced quantification and analysis of all data acquired in 3 dimensions from each animal.
Applications of the system include:
- Tracking of bio-luminescent or fluorescently tagged cancer cells to monitor growth and metastasis.
- Monitor all forms of cell transplant experiments to quantify engraftment, cell growth or cell differentiation, including studies of stem cell transplants, reconstitution of hematological and immune systems after irradiation.
- Monitor the in vivo gene activity in transgenic animals carrying appropriately tagged promoter indicator trangenes.
- Monitor in vivo gene activities in cells that have been reconstituted to carry a bio luminescent or fluorescently tagged expressed gene.
- Monitor any form of biochemical activity that can be assayed using a bio-luminescent or fluorescently tagged substrate.
|IVIS Spectrum||700 Albany StreetW Building 9th Floor – Room 913||24/7||by appointment||$35 per 30 minutes unassisted
$50 per 30 minutes with assistance
|IVIS Work Station||670 Albany St.Bench 15, Room 232,||24/7||by appointment||$5 per 30 minutes unassisted|
Additional Important Information
- Instrument Capabilities and PublicationsMethods and Protocols
- In Vivo Imaging & Analysis – Manufacturer’s website
Thomas Balon, Ph.D.,