Jim Hockley

scientist, next-gen neurophysiologist, hockey player, half-hearted carpenter. Investigator at GSK. All views are my own.

[Jim Hockley @NeuroJim]

@Visceral_Pain @DJuliusSF @hollyingrahamSF @md_jrb @sahmriAU @Flinders @Nature Congratulations!

[Jim Hockley @NeuroJim]

@tmcunha10 @fmrp_usp @usponline Congratulations Thiago!

[Dept. of Pharmacology, Univ. Cambridge @UnivCamPharm]

🚨 JOB ALERT 🚨

Postdoc opening in the @bulmerlab in collaboration with @NeuroJim / @GSK & @IBD_MB, research focusing on regulation of gastrointestinal sensation by the orphan G protein coupled receptor GPR35

https://t.co/xxEMRAHCR8

[Dept. of Pharmacology, Univ. Cambridge @UnivCamPharm]

Research Associate/Assistant position available in the Bulmer lab (2-years) in collaboration with @IBD_MB & @NeuroJim

The project will examine regulation of gastrointestinal sensation by the orphan G protein coupled receptor GPR35

Please RT! https://t.co/xxEMRAHCR8

[Ewan St. John Smith @psalmotoxin]

A story of impact & engagement: In 2017 @NeuroJim & I obtained @BBSRC funding to look at bowel mechanosensitivity & obtained Pathways to Impact Funding to make Gut Reaction with @DragonLFilms, a film about the lives, science & treatment of bowel disease https://t.co/AnrCypYzwl

[Jim Hockley @NeuroJim]

@jackspargo 😬

[Jim Hockley @NeuroJim]

We have a new position open for a cellular immunologist within the Immunology Research Unit in Stevenage - I can highly recommend the team. Please reach out if you have any questions!

https://t.co/nhxh2rRRgo

[Jim Hockley @NeuroJim]

@Trevor87Smith @GSK Thanks Martin - hope all is well with you!

[Jim Hockley @NeuroJim]

https://t.co/o4EoWimk9k

Electrophysiologist position available at Stevenage - one week to go until the deadline - do reach out if you have any questions.

[Jim Hockley @NeuroJim]

New job opportunity at GSK for an electrophysiologist. Do get in touch if you’re interested in working on novel genetically validated targets to make a difference to patient’s lives. https://t.co/MdS4McxpZt

[Ewan St. John Smith @psalmotoxin]

We're recruiting! Exciting PhD opportunity in the lab, co-supervised by @NeuroJim at GSK, focused on neuroimmune interactions & the role of non-neuronal cells & cytokines in pain https://t.co/e67LZwQpHC Pls RT!

[Jim Hockley @NeuroJim]

@KyrenLazarus @AstraZeneca @chand_ashwini @WTKLAB @lungsforliving @Kevin_Knower Congratulations Kyren! Good luck with the new role!

[Jim Hockley @NeuroJim]

@MarPuigde @sauralab @CarlesSaura Congrats Mar!

[Jim Hockley @NeuroJim]

@psalmotoxin Ha! Lovely! Truly living and breathing your research! 😉

[Jim Hockley @NeuroJim]

Congrats all!

[Ewan St. John Smith @psalmotoxin]

Really excited to see this paper out! Great collaboration with @PainRambles & @TheCIMR & many more. Work in our group lead by @NeuroJim @interlukein @__GRAR__ - funded by @RosetreesT @BBSRC @VersusArthritis https://t.co/k6fiAV4q7X

[Mar Puigdellívol Canyadell @MarPuigde]

Very happy to see that this first-author publication from my late-PhD and first Postdoc is finally out! Progression of HD can be slowed by altering dopamine signalling through the D1R-H3R heteromers. Check it out! https://t.co/GcRGbwjnrl @eLife @UBneuroscience @uniofeastanglia

[Sampurna Chakrabarti @fluorescence_SC]

Check out our paper on AAV-mediated knee specific chemogenetics #pain #arthritis

[UK Purine Club @UKPurineClub]

It is with great sadness that we pass on the news to the UKPC community that Professor Geoffrey Burnstock has passed away. The founder of the purinergic signalling field as we know it today and a great scientist.

[Ewan St. John Smith @psalmotoxin]

I talked about our group's #pain research today for the @dundeeuni Grand Rounds series today via Zoom. My first crack at this & freely available online: see me waffle about the great work by @fluorescence_SC @NeuroJim @interlukein @PainRambles & others https://t.co/YzZsvCjjKv

[Jim Hockley @NeuroJim]

Catching up on my reading & great to this work ready for submission. A mammoth effort distilling a huge amount of data into an insightful and valuable interactome. Obviously biased, but the proposed DNBS dependent differential signalling to pelvic vs splanchnic nerves is neat.