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Technical Note Icon   Technical Note
Spectral unmixing using Living Image software
This technical note/guide discusses how to use the spectral unmixing tool in Living Image software
Technical Note Icon   Technical Note
Kinetic analysis of bioluminescent sources for in vivo imaging
Technical highlighting kinetic analysis of bioluminescent sources for in vivo imaging
Technical Note Icon   Technical Note
How to determine saturation in your in vivo optical imaging studies
This technical note outlines the prodecures for determining saturation in you in vivo optical imaging studies using the IVIS platform.
Technical Note Icon   Technical Note
Working with 2D image overlay using Living Image Software
This technical note outlines loading multiple images and overlaying them, for example bioluminescent tumor with fluorescent targeted drug acquired in two separate images
Technical Note Icon   Technical Note
Subtracting background ROI from the measurement ROIs when performing fluorescence quantitative analysis
This tech note discusses why it's recommended to subtract background region of interest (ROI) from the measurement ROIs when performing fluorescence quantitative analysis.
Technical Note Icon   Technical Note
Working with Image math to subtract background from images without performing spectral unmixing
This tech note highlights working with Image math to subtract background from images without performing spectral unmixing
Poster Icon   Scientific Poster
Characterizing Disease Progression in Preclincal Systemic Lupus Erythematosus Using In Vivo Ultrasound and Fluorescent Imaging
Poster Characterizing Disease Progression in Preclincal Systemic Lupus Erythematosus Using the Vega Ultrasound and IVIS Fluorescent Imaging Systems
Application Note Icon   Application Note
In vivo imaging of atherosclerosis disease progression response in ApoE deficient mice
This application note highlights using IVISense Pan Cathepsin 750 fluorescent agent to evaluate atherosclerosis disease progression response in ApoE deficient mice
Flyer Icon   Flyer
Detect and monitor protease-related biological processes in vivo with IVISense Pan Cathepsin fluorescent probes
Flyer highlighting using IVISense Pan Cathepsin fluorescent imaging probes to detect and monitor protease-related biological processes in vivo
Application Note Icon   Application Note
Visualization of cathepsin activity using IVISense Pan Cathepsin 680 agent from well to cell to animal
This application note highlight using IVISense Pan Cathepsin 680 fluorescent imaging agent and Operetta high content system to illustrate the potential translational use of a cathepsin activatable agent – from well to cell to animal
Application Note Icon   Application Note
Counting potassium hydroxide may produce high background due to naturally occurring potassium-40
This piece provides information on how to avoid naturally occurring radioactive potassium-40 when counting potassium hydroxide
Technical Note Icon   Technical Note
Determining sensitivity of in vivo optical imaging systems
This technical note highlights the IVIS platforms minimal detectable radiance (MDR) and other features regarding the high sensitivity output of the platform
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