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Research Areas
Learn how high-content imaging transforms cell analysis to enable accelerated therapeutic breakthroughs.
| 2 min read
Mini “miBrains” replicate key brain cell types, enabling personalized disease research and drug testing.
Explore innovative methods to enhance RNA purification efficiency and ensure scalable, high-quality RNA production.
| 1 min read
Why is spatial proteomics in the spotlight? Learn how mapping proteins in place is changing the way researchers study cells, diseases, and potential new drugs.
| 4 min read
Positive results for breast cancer, funding for precision therapies for heart disease, strong results for Lilly’s oral GLP-1, and more led the news this week.
| 3 min read
People with erythropoietic protoporphyria (EPP) must go to great lengths to avoid sun exposure. There have been no approved treatments that address the disease mechanism, but a new drug could change that.
| 6 min read
Advances in biofabrication and regulatory momentum are accelerating the move from 2D cultures and animal models to scalable, human-relevant systems.
| 2 min read
New study identifies fibroblast subtypes as potential universal drug targets in cancer, skin, and inflammatory diseases.
Understanding what lab equipment metrics really mean is crucial for protecting samples and driving discoveries
Discover how performance, compliance, and sustainability shape the selection of laboratory refrigerators and freezers.
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Learn how various 3D cell culture systems differ in design, function, and application in biomedical research.
Explore innovative methods to enhance RNA purification efficiency and ensure scalable, high-quality RNA production.
| 1 min read
Why is spatial proteomics in the spotlight? Learn how mapping proteins in place is changing the way researchers study cells, diseases, and potential new drugs.
