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Applying artificial intelligence (AI) to small molecule drug discovery can provide a more rapid and cost‑effective route to discovering drug candidates. Here, Martin Redhead, Head of Quantitative Pharmacology at Exscientia, discusses the role of AI in drug discovery, the processes involved and how it can be used to address the…
A new FXII inhibitor has been developed that efficiently blocked coagulation in a thrombosis model without increasing the risk of bleeding.
A study has shown that SRI-37330 is successful at improving the characteristics of diabetes in human pancreatic islets and animal models.
Rick Wagner of ZebiAI and Patrick Riley of Google Accelerated Science (GAS) discuss the development and benefits of a new machine learning drug discovery platform.
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.
4 June 2020 | By Biosensing Instrument
In this webinar, we will provide an overview of the technology with some application examples and also see a case study how AstraZeneca is exploring SPRM for studies on G-protein-coupled receptors (GPCR) in close collaboration with Biosensing Instrument.
Using cyro-electron microscopy, researchers have imaged the binding site between a molecule and the tumour suppressor protein PP2A, enabling optimisation of the drug compound.
A molecule called BOLD-100, developed to fight cancer, has been suggested as a therapeutic to combat the COVID-19 coronavirus due to its antiviral properties.
Several new advances have been made in the field of drug discovery for diabetes – here, three of the most recent have been rounded up.
Using the ubiquitin-proteasome system to fight inflammatory conditions could provide more treatment options for patients. Dr Jared Gollob from Kymera Therapeutics explains why targeted protein degradation is the way forward for autoinflammatory and autoimmune disease therapies.
Researchers have demonstrated that in mice, a newly developed heparan sulfate molecule can provide an effective alternative treatment for overdoses of acetaminophen.
Pre-clinical studies demonstrate that inhibiting the ’epichaperome’ can restore neural networks to normal levels. Dr Barbara Wallner at Samus Therapeutics explains how targeting the epichaperome could work as a potential treatment for Alzheimer’s and other neurodegenerative diseases.
Researchers have discovered that a small molecule can help some T cells combat tumours during PD-1 blockade immunotherapy in mice.
A new technology developed by scientists combines small molecule screening methods with machine learning algorithms to identify novel antibiotics that inhibit ribosomes.
A study in mice has found that a compound modelled on a protein found in bananas safely protects against multiple strains of the influenza virus.
