@BoWang87 The ultimate destination of artificial intelligence will be the model of traditional Chinese medicine, capable of doing everything but unable to explain anything clearly.
The non-small-cell lung cancer drug market https://t.co/LCZe7xwL60
This new article by Rachel Webster and Charlotte Jago @Clarivate analyses the pipeline and the market for NSCLC drugs, which is forecasted to nearly double by 2033
Researchers at @UofT led the discovery of a ginger compound that can treat inflammatory bowel disease.
While scientists have known of the compound for decades, its functions or targets in the body were not determined until now. #UofT
Learn more 👉 https://t.co/QZ83Foqfoc
Happy Friday! Pleased to share a short perspective on the interesting discovery by Auger et al. that TCA metabolite #itaconate is an important mediator of #glucocorticoid anti-inflammatory effects! #GR#NuclearReceptor --@Trends_Endo_Met 👇👇👇https://t.co/Njh4GRi0G4
Researchers at @UofT discovered much higher levels of long non-coding RNAs in the testes than expected based on existing records and assumptions of their lack of relevance.
However, lncRNAs may play a significant role in male #reproduction.
Learn more 👉 https://t.co/sNSCxrrfR9
🎉✨Exciting news! My recent paper from my PhD thesis in @cumminslab@CarolynLCummins@UofTPharmacy has been published online in @MolMetab!🎉✨📚 We investigated the therapeutic potential of a new ligand, LDT409, for treatment of metabolic diseases. https://t.co/A3Q99E02TC.
Here we identified diindole molecules from gut bacteria metabolites that function as potent agonists for the orphan constitutive androstane receptor (CAR), with affinities similar to synthetic agonists. https://t.co/aMdKw236PL
A 2022 study in rodent neurons showed how a derivative of the #Omega3#DHA benefits neurons by boosting growth and supporting synaptic plasticity—potentially explaining some of the cognitive benefits of this fatty acid.
Learn more on #WorldBrainDay: https://t.co/KHIcRYFJDE