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High-Throughput Screening (HTS)

 

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The relevance of homogeneous radiometric assays in modern drug discovery

14 February 2016 | By ,

In the past two decades, several alternative, non-radiometric assay formats have been developed for the high-throughput screening (HTS) of target classes such as protein kinases, which were previously screened using radiometric assays. Radiometric screening (and the expertise to perform such HTS) has thus declined in recent years...

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Flow cytometry: Not just a box in the lab

21 September 2015 | By

Undoubtedly, you will have noticed the increase in the number of publications utilising flow cytometry, heard it mentioned more in meetings and probably even been targeted by several companies trying to sell you their latest cytometer. The rapidly advancing technology behind the cytometer and an increase in applications that use…

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The importance of adequately triaging hits from HTS campaigns

19 June 2015 | By , ,

High throughput screening (HTS) continues to be employed in drug discovery as the primary source of identifying chemical starting points for drug discovery and tool compounds for chemical biology, respectively. Although small molecule drug discovery efforts have focused largely upon enzyme, receptor and ion-channel targets, there has been an increase…

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Screening In-Depth Focus 2015

10 June 2015 | By Kenji Schorpp, Kamyar Hadian, Sheraz Gul, Horst Flotow

In this Screening In-Depth Focus, high throughput screening is the topic focused on by Kenji Schorpp and Kamyar Hadian, Institute of Molecular Toxicology and Pharmacology, and Sheraz Gul, Fraunhofer Institute for Molecular Biology and Applied Ecology. They discuss the importance of the technique in drug discovery today as well as…

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Nuclear Magnetic Resonance as a tool for chemokine inhibitor discovery

1 May 2014 | By

Chemokines orchestrate leukocyte trafficking in the immune system, but unregulated or inappropriate chemokine activity plays a key role in many inflammatory, allergic and autoimmune diseases as well as metastatic tumour progression. The chemokine network is comprised of ~50 distinct ligands that specifically bind and activate a family of 20 G…