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First-ever comprehensive in vivo imaging platform with auto-exposure, auto-laser, and auto-gain modes, providing the best price-to-performance ratio on the market for your preclinical studies. Our macro, meso, and micro-scale in vivo imaging systems span the visible spectrum and SWIR, delivering unparalleled modularity, sensitivity, resolution, and ease of use.
We offer a comprehensive range of reagent solutions for preclinical
research and in vivo imaging across the various modalities, including
microCT, bioluminescence, fluorescence and MRI, ensuring researchers
have the tools they need to gain clear and actionable insights in their
studies.
MediLumine offers a wide range of lab accessories and devices to help with in vivo research challenges.
Our tested framework across various imaging modalities (MRI, PET, CT, Optical Bioluminescence, SWIR) and quality assurance policies have been used by hundreds of scientists to get answers to their preclinical discovery questions. As experts in preclinical research, MediLumine offers in animal in vivo CRO services to help with various goals such as assessing effectiveness of an oncology therapeutic, measuring kinetics of drug diffusion through blood brain barrier or quantify biodistribution.
MediLumine is pleased to announce a new distribution partnership with Luminicell, enabling researchers to access the Cellaris™ Cell Labelling Kit and Vascular Tracker™ Labelling Kit
As the summer research season heats up, MediLumine is pleased to offer a limited-time Summer Sizzle Promotion to support your ongoing in vivo studies. From
MediLumine is pleased to announce a new distribution partnership with Luminicell, enabling researchers to access the Cellaris™ Cell Labelling Kit and Vascular Tracker™ Labelling Kit
As the summer research season heats up, MediLumine is pleased to offer a limited-time Summer Sizzle Promotion to support your ongoing in vivo studies. From
The mammalian cortex comprises multiple specialized regions that work in concert to perceive, plan, and execute behavior. In mice, as in other species, these regions