⁦Christophe Stove⁩ and yes, this is working with international partners, like Ghent …

We are hiring! Come and join our vibrant pharmacology department UNSW Medicine & Health and make a difference to health. ASCEPT ASPET British Pharmacological Society Lecturer/Senior Lecturer T&R 3-Year Convertible Tenure Track appointment Closes 26th March. external-careers.jobs.unsw.edu.au/cw/en/job/5229…

Are you a medical researcher and want to increase your chances of securing funding? Check out my tips: conveyyourscience.com/maximise-your-… #EarlyCareerResearch #MedicalResearch #GrantWriting

Brain Canada is proud to announce the recipients of the Basics of Better #MentalHealth Program. Congratulations to Dr. Stephanie Borgland, Dr. Liisa Galea, and Dr. Susan George! 🎉 To learn more about the program & the projects➡️braincanada.ca/announcements/…

NHMRC celebrated exceptional health and medical research at our annual Research Excellence Awards this evening. Read the full list of our 2023 award winners (pictured) on our website here: ow.ly/21Vq50R2OYG #NHMRCAwards

Congrats Shivani !!! Blue ribbon !!!

Very happy to be part of this work lead by MQ PhD student Tahira F, learned heaps ... Tash Single nucleotide polymorphisms in the cannabinoid CB2 receptor: Molecular pharmacology and disease associations - bpspubs.onlinelibrary.wiley.com/doi/10.1111/bp…

So I won't forget ...

New paper from Mike Udoh & our colleagues at Baymedica, identifying the CB2-active isomer of CBC ... watch this space for more chiral surprises ... Activation of CB2 Receptors by (−)-Cannabichromene but Not (+)-Cannabichromene | C&CR, liebertpub.com/doi/10.1089/ca…

Glad to finally share that (-)- CBC is the active CB2 isomer but both CBC isomers are active at TRPA1

Exciting to see this project move into the construction phase. It’s a complex beast, but will build critical capacity for NSW and Australia in this rapidly emerging technology

Pretty great for an MRes … can’t wait to see what is next !

New study shows that (−)-Cannabichromene activates CB2 receptors 🧠, while (+)-CBC does not. Both enantiomers activate TRPA1 receptors, but (−)-CBC is the more effective isomer for targeting cannabinoid receptors. 📄 Read more: buff.ly/3YabnZo 🌿 #Cannabinoids #CBC