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The Advantages of Infrared Imaging

Reduced Scatter and Absorbance

"Because the absorbance spectra of bodily fluids and tissues exhibit local minima in the near-infrared (NIR) region, imaging in the NIR offers advantages of relatively deep tissue penetration and low autofluorescence. "

 

arrow Hyaluronidase Expression Induces Prostate Tumor Metastasis in an Orthotopic Mouse Model J. Kovar, et. al., American Journal of Pathology, Vol. 169, No. 4, October 2006.

 

For Molecular Imaging including in vivo, whole organ, and tissue sections

Low autofluorescence in infrared from tissues, plates, cells, biological materials and drug compounds results in superior sensitivity and image clarity.
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Why Infrared Imaging?

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In Vivo Imaging Webinar
Neeraj Asundi, LI-COR Biosciences, explains how the Odyssey® System is used in a complete discovery process for in vivo imaging.

Near Infrared Technology and Optical Agents for Molecular Imaging PDF

   
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Why Infrared Dyes?

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Technology Review
Infrared Dye FAQs

Prostate Cancer Imaging Video Webinar
Dr. Melanie Simpson, University of Nebraska-Lincoln, discusses the challenges of in vivo research and the use of near-infrared probes for small animal imaging.
  
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Applications & Resources

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Molecular Imaging
Quantitative Westerns
In-Cell Immunofluoroescent Westerns

Tools for Molecular Imaging
LI-COR Learning Library
   
Low Autofluorescence wide dynamic range quantitative western
more Enhanced Detection more Wider Dynamic Range more Quantitative
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