
Jon Stokes
@itsjonstokes
I'm a dad, a husband, and a scientist.
ID: 3610985605
http://www.thestokeslab.com 19-09-2015 01:35:39
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I had the unique opportunity to write a piece for Maclean’s Magazine on the uses and limitations of AI in drug discovery. A lot of folks much more clever than me also wrote remarkably thought-provoking articles about the modern human experience with AI. macleans.ca/society/techno…

Congratulations also to Autumn Arnold of Jon Stokes' Lab! Autumn is the 2023 recipient of the Michael Kamin Hart Undergraduate Award for research into how AI can predict antibacterial activity in highly virulent and antibiotic-resistant bacterial pathogens.


@gerryiidr Dawn Bowdish John Whitney The 2023 Fisher Scientific Undergraduate Poster Award goes to Nathan Yuen of Lori L. Burrows' lab. Congrats also to our runners-up, Vian Tran and Isabelle Chan!


@gerryiidr Dawn Bowdish John Whitney Lori L. Burrows And last but certainly not least, the Global Nexus MSc Poster Award goes to Jeremie Alexander, a grad student in Jon Stokes’ lab! Congrats to runners-up Gary Liu and Brandon McMurray.


What is #AntimicrobialResistance? 👇 Understanding the global health threat with Jon Stokes, assistant professor McMaster Biochemistry & Biomedical Sciences and member McMaster IIDR. Global Nexus ow.ly/gj0E50QaLat





🧪🤖 Super excited to share Synthemol: a #genAI that not only designs new molecule drugs but tells us how to build each molecule in lab. It designed 6 novel antibiotics that we synthesized in Ukraine and experimentally validated nature.com/articles/s4225… Nature Machine Intelligence 🧵


🆕Nature Machine Intelligence The WHO highest priority for a new antibiotic is for treatment of Acinetobacter baumanni. Then came this generative #AI: 13,500 compounds --> 6 novel, potent small molecules, easily synthesized nature.com/articles/s4225… Kyle Swanson Jon Stokes James Zou



In recent years, AI-guided drug discovery has led to the identification of new antibiotics; however, to this point, AI has not been harnessed to find novel antiviral molecules. Miller Lab and Jon Stokes seek to change that, and will use AI to target Influenza A virus.


The ESKAPE pathogens are a group of bacteria that are resistant to a wide array of antibiotics. Jon Stokes and Tracey Campbell are collaborating to develop an ensemble of molecular property prediction models to help increase the rate and decrease the cost of drug discovery.

