FluorVivo™ 300

The FluorVivo 300 is a new member of INDEC BioSystems’ family of in vivo imaging solutions. Developed in conjunction with AntiCancer, Inc., the FluorVivo 300 provides simple, fast, non-invasive in vivo imaging of fluorescent structures. Available at a fraction of the cost of other in vivo imaging systems, the FluorVivo 300 brings powerful imaging and analysis capabilities to a broad range of laboratories, ranging from basic research to pre-clinical drug evaluation and screening.

Like the Model 100, the Model 300 offers superb, multicolor, simultaneous, GFP-RFP imaging. This is a feature unique to the FluorVivo family.

The Model 300 adds two additional excitation and emission filter sets, allowing at least three alternative probes to be imaged. Switching between probes is simply accomplished via software setting and manually moving a slider. Choose the fluorophores you wish to use, and we will configure the Model 300 for optimum results (FluorVivo Probe List).

Essential and Unique Features of the Model 300
• In vivo fluorescence imaging for your choice of three probes (FluorVivo Probe List)
• When used for GFP, it is optimized for simultaneous imaging (in a single exposure) of both GFP and RFP
• Real time multicolor imaging – images are in full color
• Live video imaging and recording – perfect for fluorescence surgery applications
• Quantitative – manual and automated analysis capabilities included
• A complete, turn-key system with the lowest cost of ownership on the market
  

Powerful Yet Easy-to-Use Software
• Intuitive control of acquisition parameters
• Quantitative image analysis: spatial and intensity measurements, manual and automated
• Export images, measurements to standard formats
• Simple to learn, easy to use


The Advantages of Fluorescence Imaging
In vivo fluorescence imaging techniques offer significant benefits when compared with bioluminescence methods:
• Speed – exposure times are typically less than 1/10th of a second
• Economy – no costly injected substrates needed
• Flexibility – genetic control of expression of multiple, distinct fluorescent proteins permit almost unlimited experimental possibilities
• Future prospects – will take optimal advantage of new markers (e.g. new fluorescent proteins, quantum dots)

Please contact us for more details.