Discover how VOLTA Scanner is transforming cardiac safety testing. This Whitepaper from Lumencor describes an optophysiology instrument, supporting stable, fast, high-resolution toxicity testing and drug development. Download to learn how: VOLTA detects early-after-depolarisations (EADs), and predicts QT/QRS risk Optogenetic pacing improves assay precision Automated, HPT optophysiological screening streamlines… Read More
VOLTA Scanner is transforming cardiac safety testing. This whitepaper describes an optophysiology instrument, supporting stable, fast, high-resolution toxicity testing and drug development. Download to learn how: VOLTA detects early-after-depolarisations (EADs), and predicts QT/QRS risk Optogenetic pacing improves assay precision Automated, HPT optophysiological screening streamlines decisions… Read More
Balancing assay throughput with physiological relevance is essential for improving disease modelling and compound screening in preclinical drug development. Induced pluripotent stem cell (iPSC) technology has revolutionised early drug discovery by integrating human biology, enhancing predictions of drug safety and efficacy. However, achieving both scalability and consistency in… Read More
Balancing assay throughput with physiological relevance is essential for improving disease modelling and compound screening in preclinical drug development. Induced pluripotent stem cell (iPSC) technology has revolutionised early drug discovery by integrating human biology, enhancing predictions of drug safety and efficacy. However, achieving both scalability and consistency in… Read More
Balancing assay throughput with physiological relevance is essential for improving disease modelling and compound screening in preclinical drug development. Induced pluripotent stem cell (iPSC) technology has revolutionised early drug discovery by integrating human biology, enhancing predictions of drug safety and efficacy. However, achieving both scalability and consistency in… Read More
Balancing assay throughput with physiological relevance is essential for improving disease modelling and compound screening in preclinical drug development. Induced pluripotent stem cell (iPSC) technology has revolutionised early drug discovery by integrating human biology, enhancing predictions of drug safety and efficacy. However, achieving both scalability and consistency in… Read More
Balancing assay throughput with physiological relevance is essential for improving disease modelling and compound screening in preclinical drug development. Induced pluripotent stem cell (iPSC) technology has revolutionised early drug discovery by integrating human biology, enhancing predictions of drug safety and efficacy. However, achieving both scalability and consistency in… Read More
Balancing assay throughput with physiological relevance is essential for improving disease modelling and compound screening in preclinical drug development. Induced pluripotent stem cell (iPSC) technology has revolutionised early drug discovery by integrating human biology, enhancing predictions of drug safety and efficacy. However, achieving both scalability and consistency in… Read More
Balancing assay throughput with physiological relevance is essential for improving disease modelling and compound screening in preclinical drug development. Induced pluripotent stem cell (iPSC) technology has revolutionised early drug discovery by integrating human biology, enhancing predictions of drug safety and efficacy. However, achieving both scalability and consistency in high-throughput applications… Read More
This latest eBook provides a comprehensive guide to predictive in vitro renal proximal tubule models for safety, efficacy and transporter studies. The Newcells Renal Proximal Tubule Cells Model eBook covers topics including: Cross-species comparison of drug handling Transporter mediated drug-drug interactions Drug-induced renal toxicity New drug modalities e.g. RNA therapeutics… Read More
The Newcells Renal Proximal Tubule Cells Model eBook covers topics including: Cross-species comparison of drug handling Transporter mediated drug-drug interactions Drug-induced renal toxicity New drug modalities e.g. RNA therapeutics and how to measure mitochondrial health… Read More
A new Technical Note is now available to download, brought to you by Astrea Bioseparations, ‘EtoxiClear, a Chromatography Adsorbent for Effective Removal of Endotoxins from Biopharmaceuticals‘. In this Technical Note you will learn more about: Targeted and efficient endotoxin removal: EtoxiClear is a highly effective chromatography affinity adsorbent, specifically… Read More
In this Technical Note you will learn more about: Targeted and efficient endotoxin removal: EtoxiClear® is a highly effective chromatography affinity adsorbent, specifically designed to remove low residual levels of endotoxins across a variety of biopharmaceutical processes, ensuring high product purity Scalability and cost-effectiveness: Designed for both small and large-scale… Read More
Join DDW and Lonza for this free event ‘Building advanced cell models for toxicity testing’. The event will take place on 19 September at 3pm GMT / 4pm CET / 10am EST / 7am PST. Life sciences researchers need a host… Read More
Join DDW and Lonza for this free event ‘Building advanced cell models for toxicity testing’. The event will take place on 19 September at 3pm GMT / 4pm CET / 10am EST / 7am PST. Life sciences researchers need a host… Read More
Join DDW and Lonza for this free event ‘Building advanced cell models for toxicity testing’. The event will take place on 19 September at 3pm GMT / 4pm CET / 10am EST / 7am PST. Life sciences researchers need a host… Read More
