Australian postdoc investigating the circuits underlying the way we feel and move. NINDS K99

Joined May 2020
Mark Gradwell retweeted
We are hiring a lab tech. This position is perfect for someone wanting to gain 2-3 years of full-time research experience prior to graduate or medical school. Apply here: jobs.rutgers.edu/postings/28…
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Great opportunity to learn from an incredibly knowledgeable group at UW
UW NAPE Center is hosting another outstanding imaging and genetics workshop this Fall. Geared towards new graduate students and postdocs. Please consider applying if you are interested!
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Mark Gradwell retweeted
UW NAPE Center is hosting another outstanding imaging and genetics workshop this Fall. Geared towards new graduate students and postdocs. Please consider applying if you are interested!
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Ingvars Birznieks (@UNSWMedicine) examines C-tactile afferents and the recent study by Moore et al. (2025) in this #Perspective article ✍️ 🔗 Access it here: buff.ly/eHHVpdU
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Mark Gradwell retweeted
Do comparator modules exist within spinal circuits? We show that spinal dI3 neurons integrate multimodal sensory feedback, receive direct efference copy from Renshaw cells, and mediate corrections of ongoing movements. Thank you to everyone involved!! biorxiv.org/content/10.1101/…
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Mark Gradwell retweeted
Our new study suggests that changes in facial grimacing may better predict analgesic potential than traditional evoked nociceptive measures. pubmed.ncbi.nlm.nih.gov/4070… P.S. It is easy to quantify facial grimacing in black and white mice using PainFace (painface.net/).
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Mark Gradwell retweeted
Big congrats to @aluskin @mbruchas et al., on their paper on circuits controlling LC neurons. Lots of interesting data on the peri-LC cell types, connectivity, and function to dig into here.
New paper on arousal in the brain! What controls the controller?
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Great opportunity here for someone with some pain behavioural experience/ immuno: short term (13 month) postdoc position based in Edinburgh currently being advertised – closing date 7th May. eur03.safelinks.protection.o…
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Mark Gradwell retweeted
Come join our lab as Postdoctoral Fellow in the heart of London! The project will investigate the maturation of spinal circuits and their plasticity within chronic widespread pain states. Apply here: ucl.ac.uk/work-at-ucl/search… until 11th April.
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PhD opportunity with Carole Torsney in Edinburgh, "Developmental tactile and pain processing in Grin2b related neurodevelopmental disorder": sidb.org.uk/phds/torsney-phd…
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We've gotten some good news grants recently, and now have some funded projects that are looking for postdocs to champion them. All projects use Holographic Optogenetics to study motor systems. Especially looking ephys, optics, or systems neuro people. oldenburglab.com/positions/
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The Oldenburg lab is hiring. We’re especially interested in hiring electrophysiologists for a new project. We use holographic Optogenetics to answer questions about the motor system. Let me know if interested.
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Mark Gradwell retweeted
If you are interested in @RAMalgoTheRobot for your lab, please get in contact! 🤖 thetransmitter.org/methods/r…
This just in: There are better ways to perform nociceptive behaviour tests! Read the latest @_TheTransmitter article highlighting the importance of reducing variability, including our work in the @PrescottLab! thetransmitter.org/methods/r…
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The Oldenburg Lab is hiring for a postdoc, let me know if you're interested. Do you like building opticsy things? Trying to understand the Brain? Doing experiments that really nobody else can do? Come talk with me about doing a postdoc. oldenburglab.com/positions
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Check out new work from @VAbraira lab examining how inhibitory neurons in the deep dorsal horn integrate sensory inputs to inform motor outputs. authors.elsevier.com/c/1iiye…. 🧵
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5) Reducing this inhibition resulted in altered limb kinematics (hyperflexion at swing-to-stance), altered gait (preference for ‘fast’ walking), and reduced transitions between sub-movements during spontaneous behavior.
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6) The deep dorsal horn plays an important role in sensory-evoked inhibition of motor networks. Without this inhibition, the timing and magnitude of the sensory cues that guide motor output go awry, reducing the ability for smooth motor performance.
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