Cytotoxicity Application Notes
Request a demo or quote
Cytotoxic Drug Development Application Note
Discover how Nanolive’s LIVE Cytotoxicity Assay transforms cytotoxic drug development through high-resolution, label-free quantification of cell health and death. Our application note explores how this advanced technology enables real-time monitoring of cell death responses to various compounds, for the development of anti-cancer/cytotoxic therapeutics.
Drug Delivery Application Note
Discover how Nanolive’s advanced LIVE Cytotoxicity Assay can transform your drug delivery research. This application note details how our innovative, label-free technology enables precise monitoring of cell health and death in response to drug treatment. Explore how our approach offers unparalleled insights into phenotypic responses, improving the predictive value of your assays and accelerating the path to clinical success.
Investigative Toxicology Application Note
Our groundbreaking approach offers a label-free, high-content imaging solution that transforms the way cellular health, death, and phenotypic responses are monitored and quantified. Unlike traditional cytotoxicity assays, Nanolive’s technology bypasses the limitations of end-point measurements and fluorescent reporters, providing real-time, kinetic insights without the need for harmful dyes. With unparalleled precision and sub-cellular resolution, our assay facilitates a deeper understanding of drug interactions, ensuring more predictive and translational research outcomes.
Phenotypic Cell Health and Stress Application Note
Discover the advanced capabilities of Nanolive’s LIVE Cytotoxicity Assay in an application note. This document presents a detailed exploration of how our innovative, label-free technology enables researchers to monitor phenotypic changes and detect cell stress accurately before it leads to cell death. Explore how our unique approach enhances the predictive value of cytotoxic assays and supports high-content data generation without the use of harmful dyes or markers.