Drug Targets – Multimedia

2019 has been an exciting year for the proteomics community at Technology Networks. As the year draws to a close, we're reflecting on some of the key insights we have gained.

This guide provides technical background on concepts and techniques for use of Transcreener® biochemical assays to measure drug-target residence times.

It has been a big year for the biopharma world. In case you missed them, here is a list of the top 10 most-read biopharma news stories we have published in 2018.

2018 has been an exciting year for the cancer research field. This list details the top 10 most-read news stories we published from the field this year.

The retrospective identification of the drug targets that underlie an observed phenotypic response is termed target deconvolution. This list highlights five approaches that can be applied to target deconvolution.

Download this application note to learn how to increase the speed, robustness, and accuracy of potency measurements and explore the strategies used by the Octet platform to develop and validate potency assays.

So, you don’t get the results you were expecting, but why not? Could it be the underlying science – or could it be your choice of assay? Here we highlight 6 technology trends – with the potential to improve productivity and cost-effectiveness in drug discovery – if they are implemented correctly!

What if I told you Hybrigenics Services can help you make the right decisions and optimize the success rate of your drug discovery and development programs?
Watch how with our animation video and discover our optimized ULTImate YChemH technology for drug target deconvolution.

During drug development initiatives, analysis of drug-target residence times can lead to improved efficacy. Therefore, residence times are increasingly being used to prioritize molecules early in lead discovery.

Previous studies suggested that Mycobacterium tuberculosis obtains nitrogen from a diverse range of intracellular nutrients including amino acids. Here, we use a novel system’s based three-pronged approach to define pathways for uptake and assimilation of nitrogen.