News

Application Note: Tumor-associated vessel integrity analysis using the Vascular Tracker™ fluorescent probe

Application Note: Tumor-associated vessel integ...

Vascular integrity studies are essential to understanding therapeutic responses, as blood vessel dysfunction frequently underlies tumour development & progression. While conventional vascular labels are limited by photobleaching, rapid clearance &...

Application Note: Tumor-associated vessel integ...

Vascular integrity studies are essential to understanding therapeutic responses, as blood vessel dysfunction frequently underlies tumour development & progression. While conventional vascular labels are limited by photobleaching, rapid clearance &...

Two-photon Characterization of Luminicell Nanoparticles

Two-photon Characterization of Luminicell Nanop...

We're happy to share a deeper look into the optical performance of Luminicell fluorescent probes, specifically their two-photon excitation profiles, which are essential for advanced imaging applications in deep-tissue and...

Two-photon Characterization of Luminicell Nanop...

We're happy to share a deeper look into the optical performance of Luminicell fluorescent probes, specifically their two-photon excitation profiles, which are essential for advanced imaging applications in deep-tissue and...

Celebrating 60 years of Singapore with S$60 OFF

Celebrating 60 years of Singapore with S$60 OFF

We’re proud to call Singapore our home – a place where dedication and community spirit have always gone hand in hand. Over the decades, we’ve watched these values drive breakthroughs...

Celebrating 60 years of Singapore with S$60 OFF

We’re proud to call Singapore our home – a place where dedication and community spirit have always gone hand in hand. Over the decades, we’ve watched these values drive breakthroughs...

Creating a Physiologically Relevant 3D Liver Model Using Cellaris™ Fluorescent Probes

Creating a Physiologically Relevant 3D Liver Mo...

In a recent collaborative study, Luminicell’s Cellaris™ fluorescent probes, paired with Celvivo’s ClinoStar® incubator, enabled the creation of a 3D in vitro fibrotic liver model that reflects in vivo-like cellular behavior....

Creating a Physiologically Relevant 3D Liver Mo...

In a recent collaborative study, Luminicell’s Cellaris™ fluorescent probes, paired with Celvivo’s ClinoStar® incubator, enabled the creation of a 3D in vitro fibrotic liver model that reflects in vivo-like cellular behavior....

Luminicell Announces Distribution Partnership with MediLumine to Expand Access to Advanced Optical Imaging Solutions in North America

Luminicell Announces Distribution Partnership w...

Singapore – Luminicell, a biotechnology company pioneering next-generation fluorescent imaging reagents, is pleased to announce a new distribution agreement with MediLumine, a Canadian-based leader in preclinical imaging technologies. Through this...

Luminicell Announces Distribution Partnership w...

Singapore – Luminicell, a biotechnology company pioneering next-generation fluorescent imaging reagents, is pleased to announce a new distribution agreement with MediLumine, a Canadian-based leader in preclinical imaging technologies. Through this...

Visualizing the Blood-Brain Barrier with Cellaris™

Visualizing the Blood-Brain Barrier with Cellaris™

In our latest collaborative study with DOPPL and SUN Biosicence, we developed a physiologically relevant 3D blood-brain barrier (BBB) spheroid model using distinct Cellaris™ dyes to label each cell type...

Visualizing the Blood-Brain Barrier with Cellaris™

In our latest collaborative study with DOPPL and SUN Biosicence, we developed a physiologically relevant 3D blood-brain barrier (BBB) spheroid model using distinct Cellaris™ dyes to label each cell type...