Application note: Measure viral-induced cytopathic effects with a quantitative luminescence assay
Depletion of ATP due to viral-induced CPE leads to a reduction in luminescence signal, enabling quantitation of viral-induced CPE in host cells.
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Depletion of ATP due to viral-induced CPE leads to a reduction in luminescence signal, enabling quantitation of viral-induced CPE in host cells.
A non-invasive, label-free optical method can produce high-resolution imaging of cellular brain diseases in vivo.
A US team has designed a high-quality, high-speed imaging system that could lead to new understandings of complex tissue specimens.
Scientists have presented a new method for generating the metabolic profiles of cells which could answer questions on conditions such as cancer and liver disease.
Researchers at UT Southwestern have invented a novel microscopy method that could open new avenues of advanced microscopy.
As interest in biotherapeutic proteins grows, the need to reduce cell line development costs and the time to market is more critical than ever.
A study has uncovered previously unknown properties of the Spike protein from the SARS-CoV-2 Alpha and Beta variants.
Solutions to help you understand viral diseases and translate your research findings into better treatments and vaccines.
While researchers conduct their studies, constraints such as time can impact their work. Dr Ian Holland from the University of Edinburgh spoke with Drug Target Review’s Deputy Editor Victoria Rees to explain how lab automation can offer a solution to these challenges and enhance output for scientists.
Scientists have used imaging methods and machine learning to understand cellular metabolism at the single-cell level.
Despite many companies considering digital transformation a top priority, research shows that 70% of digital transformation initiatives fail. In this ebook, we explore why and how the right approach can see your organisation succeed.
Researchers have created an X-ray scanning machine that shows the shape of an object and its molecular composition.
Complete solutions for neurological disease research and discovery - helping you to better understand diseases to improve patient outcomes.
A new non-invasive microscopic fluorescence imaging method has been developed to reveal details of the brain in animal models of various diseases.
A wide range of tools to support your immuno-oncology research and help redefine and develop tailored, life-changing immunotherapies to fight cancer.