In Vivo and High-Content Imaging Newsletter

March 2018

Join us at the American Association for Cancer Research Annual Meeting

AACR Annual Meeting 2018
April 14 - 18, 2018
McCormick Place North/South
Chicago, Illinois, USA
Booth #2612

Advancing Cancer Research From Concept Through Translation
We look forward to seeing you at the 2018 AACR annual meeting where will be showcasing our comprehensive range of technology platforms for oncology research. Our full solutions, including reagents, instrumentation, and software for analysis in any model – DNA/RNA, cell, tissue or in vivo, will enable you to make more targeted discoveries, and faster.

In vivo Imaging

In vivo and ex vivo – microCT that goes beyond bone imaging

	Introducing the Quantum GX2, our most flexible preclinical microCT imaging system yet. With updated features and functionality, the Quantum GX2 is the one scanner you need for your preclinical research.
Learn more >

High-Content Imaging

Analyzing 3D Cell Models? Don’t miss a thing

	The most physiologically relevant processes and insights are happening in 3D. Coming soon, the new version of Harmony^® software enables you to image, visualize and analyze complex 3D cell models.
View the video >

Streamline your in vivo imaging workflow

	Spend less time setting up and running experiments and more time getting results with the IVIS^® Lumina S5 and X5 high-throughput in vivo imaging systems and unique accessories to accelerate discovery.
Watch video >

Phenotypic screening of oligodendrocyte differentiation

	Learn how Dr. Paul Tesar and colleagues, at the Case Western Reserve University School of Medicine in Cleveland, used high-content screening to rapidly identify promising molecules for multiple sclerosis therapy.
Download case study >

Choosing the right fluorescent probes for your imaging research has never been easier

	Introducing fluorescent panels targeted for your research. Learn about our comprehensive suite of ready-to-use in vivo fluorescent probe panels targeting specific disease areas.
Watch video >

New perspectives from phenotypic screens at no extra cost

	Learn how a single nuclear stain can enable phenotypic profiling and distinguish up to seven different cell types, without further staining or phenotypic markers.
Download app note >