Article: Immuno-oncology: Pushing the frontier of discovery through advanced high throughput flow cytometry
Immuno-oncology (IO) is increasingly prized as an effective therapy in cancer management.
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Immuno-oncology (IO) is increasingly prized as an effective therapy in cancer management.
Modulating the TCR signaling pathway using biologics, small molecules or genetic engineering is highly relevant to many therapeutic areas including cancer immunotherapy, adoptive cell therapy, vaccine development and autoimmune disease.
Learn how to measure protein stability, why it’s important, and what the key technologies are available to measure it.
Read application notes and best practices for optimised environmental detection and monitoring of airborne viruses with Coriolis® Air Samplers.
Best practices and optimised protocols with Precellys for high throughput sample preparation related to virus studies.
Automated detection and isolation of pathogens for multiple samples types.
A simple and sensitive method for nucleic acid extraction from virus-containing samples, with a range of viral loads.
Isolate high-quality, inhibitor-free DNA and RNA from human stool and other sample types suitable for metagenomics sequencing.
Learn how fragment-based drug discovery improves hit rates and delivers higher-value targets using various biophysical methods.
Learn why researchers turned to biophysical methods to expose the molecular mechanisms of neurodegenerative diseases.
The identification and validation of novel drug targets is a challenging process for drug discovery programmes.
Glycosylation is one of the most important post-translational modifications when developing new biologics. It has a considerable impact on product performance and variability and is therefore a critical quality attribute (CQA), influencing product safety and efficacy.
29 May 2020 | By Fluidic Analytics
Styrene–maleic acid (SMA) copolymers have become popular tools used in membraneprotein research as they can extract both lipids and membrane proteins from cellular membranes while preserving the bilayer structure of the membrane in so-called nanodiscs.
Parainfluenza 3 (PI3V) is a virus that causes respiratory diseases in calves, from the common cold to advanced pneumonia.
Potential drugs not only need to bind to their targets, they also need to remain bound for a specific amount of time in order to work efficiently.