Excited! Our work #dopamine & #ghrelin#GPCR signalling pathway interaction on BioRxiv: molecular basis for voluntary defecation co-regulation https://t.co/j6DrBdY42A & https://t.co/FuLjbfMDih @TheFurnessLab collab led by @DehkhodaFarhad, @MitchellRinguet https://t.co/XAZdyDtibR
Brainstem is mainly associated with satiety while hunger signals are thought to act through hypothalamus. We describe NTS->PVN pathway activated by hunger signals & promotes feeding in part by adrenergic potentiation of GABA release onto PVN:MC4R neurons.+
https://t.co/PJtpy1112D
Online today! From our very own @MitchellRinguet in @jphysiol!
📰➡️https://t.co/nMW3PcOaOc
“Sites and mechanisms of action of colokinetics at dopamine, ghrelin, and serotonin receptors in the rodent lumbosacral defecation centre”
@UniMelbMDHS @TheFlorey@ScienceKoo@SebFurness
Our systematic investigation of G protein coupling profiles of 100+ #GPCRs driven by the one and only Ikuo Masuho is out after ~10 years of work. We see many interesting patterns with the help of AI. Check it out- there is a useful reference table.
https://t.co/ia0BIfjuii
Introducing the Allen Brain Cell (ABC) Atlas [ʙᴇᴛᴀ] representing ~5,200 newly transcriptomic-defined cell types and their spatial locations across the whole mouse brain. 🧵
Access ABC Atlas data visualization & pre-publication #openscience datasets: https://t.co/7ogBtSMb14
Big congratulations to @noahbcp on his 1st author publication in #BiochemicalPharmacology @ELSpharma from the https://t.co/lb0kU8GQaE @UQMedicine with @whit_emily, @gdstewart82, #MichelleXu on GPCR targets for obesity & diabetes https://t.co/QfIUGTNvep
Great news and super proud of everyone @MonashPharm and @MIPS_Australia! Having spent 4 years of undergrad and a good chunk of my PhD with the faculty, I have nothing but good things to say about my time there
The news does suspisciously coincide with my departure however...🙈
We are incredibly proud to be ranked number one in the world for Pharmacy and Pharmacology in this year’s QS World University Rankings. Well done to the entire Monash community for incredibly strong rankings this year! #QSWUR@MonashPharm
Remarkably, identification of 23 and 32 novel GPCR partners that interacted with MC3R and MC4R in vitro @MolMetab Does this constitute a new regulatory network modulating energy metabolism? Hard work ahead to test the hypothesis https://t.co/c9TlrqiFnh