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Case Study Icon   Case Study
Assessment of MYC-driven progression of small cell lung cancer
Researchers at Huntsman Cancer Center use GEMM and the Quantum microCT system for evaluating small cell lung cancer.
Whitepaper Icon   Whitepaper
Genetically engineered PDX models as patient avatars in preclinical evaluation of acute leukemias
Identifying therapeutic targets using gene silencing techniques in PDX models
Publication Icon   Literature - Publication Review
Syrian hamsters as a small animal model for SARS-CoV-2 infection and countermeasure development
Dr. Kawaoka Yoshihiro, a world-renowned virologist uses the Quantum microCT system to study SARS-CoV-2 in Syrian hamster models.
Brochure Icon   Brochure
Resolution that’s remarkable - The Quantum GX3
Discover resolution that's remarkable with the Quantum GX3 microCT system designed for preclinical in vivo imaging.
Publication Icon   Literature - Publication Review
Countering vascular calcification through mitochondrial phosphate transport inhibition in a CKD murine model
Researcher using in vivo imaging to study countering vascular calcification through mitochondrial phosphate transport inhibition in chronic kidney disease.
Publication Icon   Literature - Publication Review
Exploring mechanisms behind alphavirus-induced post-encephalitic parkinsonism
neuroinvasive viruses eliciting neurodegenerative symptoms of post-encephalitic parkinsonism by using bioluminescent or fluorescent recombinant WEEV in an in vivo mouse model
Whitepaper Icon   Whitepaper
Research spotlight: new therapeutic targets focusing on aberrant lipid metabolism in Alzheimer’s disease
This whitepaper explores new therapeutic targets focusing on Aberrant Lipid Metabolism in Alzheimer's Disease
Publication Icon   Literature - Publication Review
DNA origami elevates the design of multispecific antibodies as cancer therapeutic agents
Publication review highlighting the use of the IVIS™ Lumina X5 optical imaging system and BioLegend Antibodies describe programmable T cell engagers (PTEs), a novel class of agents created with DNA origami, a nanotechnology that allows the precise spatial arrangement of biomolecules. When combined with antibodies, this approach holds great promise to develop specific and effective biomedical nanotherapies for diseases like cancer.
Case Study Icon   Case Study
Temporal tracking of an effective intervention in rodent liver fibrosis
Visualize, track, and quantify progression & regression of liver fibrosis using the Vega® non-invasive 3D ultrasound system.
Case Study Icon   Case Study
Automated ultrasound for non-invasive in vivo evaluation of liver disease progression in mice
Case study evaluated automated ultrasound for non-invasive in vivo evaluation of liver disease progression in mice.
Publication Icon   Literature - Publication Review
Ultrasound imaging provides noninvasive 3D views into vascular changes in response to cancer therapy
Ultrasound imaging using the Vega® automated system provides noninvasive 3D views into vascular changes in response to cancer therapy.
Whitepaper Icon   Whitepaper
Establishing an automated high-throughput assay that supports the growth of prostate cancer organoids
Researchers concluded that their study demonstrates the ability to automate preclinical testing with prostate cancer organoids with diverse phenotypes.
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