News
Eight-week fluorescent labelling with no transf...
Cellaris™ is an ultra-bright, stable and biocompatible fluorescent nanoparticle designed for long-term tracking of living cells both in vitro and in vivo. It is engineered to remain within target cells...
Eight-week fluorescent labelling with no transf...
Cellaris™ is an ultra-bright, stable and biocompatible fluorescent nanoparticle designed for long-term tracking of living cells both in vitro and in vivo. It is engineered to remain within target cells...
Extended vascular imaging without photobleachin...
Vascular Tracker™ is an ultra-bright, stable and biocompatible fluorescent nanoparticle engineered to flow smoothly through healthy vessels without binding to vessel walls. It allows researchers to clearly distinguish between intact...
Extended vascular imaging without photobleachin...
Vascular Tracker™ is an ultra-bright, stable and biocompatible fluorescent nanoparticle engineered to flow smoothly through healthy vessels without binding to vessel walls. It allows researchers to clearly distinguish between intact...
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 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
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 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....