@Molsoft's ICM-Pro, ICM-Bio, and ICM-Chemist-Pro now include #HistoReceptomics analysis! This leverages the full suite of #ICM's structure-based #drugdesign and industry-leading graphics for our tissue-based approach. Get your license today: https://t.co/6WtKalqN5j #AI#BigData
Your expertise is requested: https://t.co/hklGlFbGUM
As novel technologies continue to filter into disease research and #drugdiscovery processes, we'd like to understand which platforms you utilise most.
Take part in our 3 minute survey: https://t.co/hklGlFbGUM
Fast and pretty. That about sums up the latest version of our #AI#MachineLearning tool for #DrugDiscovery, HistoReceptomics. There's also a powerful new feature we're calling: "Reverse Target Search."🔄🤯Check it all out & sign up free at: https://t.co/8JqsI4ukd3
New: @pfizer inks a deal with @Cytoreason that could be worth up to $110m. It’s the latest deal between a big pharma and a tech company for drug discovery. Last week @novonordisk partnered with @Microsoft.
https://t.co/D7zHw956n6
Different cells and tissues in the nervous system elicit different pain sub-phenotype. That’s why we do what we do. #personalizedmedicine https://t.co/jd2YBUqOdA via @mnt
#Spatialbiology is the hot new term for identifying specific bio entities (cells) within tissues and organisms. Imagine if we could go a step further and target those entities specifically with drugs. #historeceptomics@AstraZeneca@AstraZenecaUS
.@NIH scientists identify new brain mechanism involved in impulsive cocaine-seeking in rats — a potential target for treating substance use disorders. @SfNJournals https://t.co/dUSTWNKVNO
A new article in Cell by @liye_tsri et al. describes a method that combines click chemistry with tissue clearing to achieve high-resolution imaging of covalent drugs bound to their targets across regions of mouse brain - find out more in our highlight https://t.co/yBcR9QhbYp
In a new study, researchers with the #HumanCellAtlas consortium present the #TabulaSapiens dataset, a particularly broad cell atlas that provides a molecular definition of more than 400 cell types across 24 organs. https://t.co/9Uv2TGvUcY
The labs of @liye_tsri and Ben Cravatt have made the impossible possible – developing a new method called CATCH, which allows the imaging of specific drugs in tissue to reveal where the compounds are acting in the body https://t.co/Ked5NC9JMa @CellCellPress
New Research: Identification of Tissue-Specific Expressed Hub Genes and Potential Drugs in Rheumatoid Arthritis Using Bioinformatics Analysis: Background: Rheumatoid arthritis (RA) is a common autoimmune disease characterized by progressive,… https://t.co/aPxhHLV1MU #Genetics