Oliver Kohl
@kohliver.bsky.social
Postdoctoral Researcher studying brain activity to identify biomarkers
Reposted by Oliver Kohl
Out now as a preprint!
We investigated the effect of outcome-uncertainty on learning and endogenous pain modulation in a probabilistic gambling task.
Results show that pain inhibition from winning pain relief increases as a function of certainty in what action lead to the relief of pain.
We investigated the effect of outcome-uncertainty on learning and endogenous pain modulation in a probabilistic gambling task.
Results show that pain inhibition from winning pain relief increases as a function of certainty in what action lead to the relief of pain.
Reward-induced endogenous pain inhibition scales with action-outcome certainty in humans https://www.biorxiv.org/content/10.1101/2025.10.31.685818v1
November 1, 2025 at 6:25 PM
Out now as a preprint!
We investigated the effect of outcome-uncertainty on learning and endogenous pain modulation in a probabilistic gambling task.
Results show that pain inhibition from winning pain relief increases as a function of certainty in what action lead to the relief of pain.
We investigated the effect of outcome-uncertainty on learning and endogenous pain modulation in a probabilistic gambling task.
Results show that pain inhibition from winning pain relief increases as a function of certainty in what action lead to the relief of pain.
Reposted by Oliver Kohl
Kohl et al. report that sensorimotor network dynamics can distinguish patients with Parkinson’s disease from controls and highlight the importance of network context of motor cortical activations.
buff.ly/489DYfB
#Parkinsons
buff.ly/489DYfB
#Parkinsons
September 19, 2025 at 3:00 PM
Kohl et al. report that sensorimotor network dynamics can distinguish patients with Parkinson’s disease from controls and highlight the importance of network context of motor cortical activations.
buff.ly/489DYfB
#Parkinsons
buff.ly/489DYfB
#Parkinsons
Hurrah!
New paper out doi.org/10.1093/brai...!
We show that sensorimotor network dynamics are altered in Parkinson’s disease and highlight the importance of looking at motor cortical activity within the broader brain network context to better understand pathophysiological changes underlying PD.
New paper out doi.org/10.1093/brai...!
We show that sensorimotor network dynamics are altered in Parkinson’s disease and highlight the importance of looking at motor cortical activity within the broader brain network context to better understand pathophysiological changes underlying PD.
Changes in sensorimotor network dynamics in resting-state recordings in Parkinson’s disease
Kohl et al. report that sensorimotor network dynamics extracted from magnetoencephalogram recordings can distinguish patients with Parkinson’s disease from
doi.org
August 28, 2025 at 3:04 PM
Hurrah!
New paper out doi.org/10.1093/brai...!
We show that sensorimotor network dynamics are altered in Parkinson’s disease and highlight the importance of looking at motor cortical activity within the broader brain network context to better understand pathophysiological changes underlying PD.
New paper out doi.org/10.1093/brai...!
We show that sensorimotor network dynamics are altered in Parkinson’s disease and highlight the importance of looking at motor cortical activity within the broader brain network context to better understand pathophysiological changes underlying PD.
Reposted by Oliver Kohl
Check out our latest paper..
- A simple view of the ageing effect across the full spectrum and the whole head
- Spectra of effect sizes
- Covariates can change effect size
- Replication!
We hope this facilitates synthesis of results across a rich and varied literature of age effects
#neuroskyence
- A simple view of the ageing effect across the full spectrum and the whole head
- Spectra of effect sizes
- Covariates can change effect size
- Replication!
We hope this facilitates synthesis of results across a rich and varied literature of age effects
#neuroskyence
August 13, 2025 at 11:35 AM
Check out our latest paper..
- A simple view of the ageing effect across the full spectrum and the whole head
- Spectra of effect sizes
- Covariates can change effect size
- Replication!
We hope this facilitates synthesis of results across a rich and varied literature of age effects
#neuroskyence
- A simple view of the ageing effect across the full spectrum and the whole head
- Spectra of effect sizes
- Covariates can change effect size
- Replication!
We hope this facilitates synthesis of results across a rich and varied literature of age effects
#neuroskyence
Reposted by Oliver Kohl
Really glad that my first paper is now out in @painthejournal.bsky.social 😁🧠!
Hubschmid et al. find that monetary rewards increase sensory signal strength leading to enhanced pain discrimination. Mechanistically, this process seems to be driven by learning from positive prediction errors. Learn more in #PAIN bit.ly/4lWzNjb
July 21, 2025 at 2:59 PM
Really glad that my first paper is now out in @painthejournal.bsky.social 😁🧠!
Reposted by Oliver Kohl
I’m sure you’ve always wondered how reliable Granger causality of source reconstructed MEG really is. Better yet, you surely wonder how to improve it. You’re in luck, I’ve just arrived at @meguki2025.bsky.social to discuss it. All jokes aside, meet me at poster 38 if you’re interested. 👋🏼🧠
July 17, 2025 at 8:41 AM
I’m sure you’ve always wondered how reliable Granger causality of source reconstructed MEG really is. Better yet, you surely wonder how to improve it. You’re in luck, I’ve just arrived at @meguki2025.bsky.social to discuss it. All jokes aside, meet me at poster 38 if you’re interested. 👋🏼🧠
Reposted by Oliver Kohl
Just arrived at @meguki2025.bsky.social excited to present results on head movement reduction in people with Parkinson‘s using individual head casts. Additionally we can replicate prior findings on laminar source reconstruction! If you want to find out more, do not hesitate to find me at poster 45!
July 17, 2025 at 8:36 AM
Just arrived at @meguki2025.bsky.social excited to present results on head movement reduction in people with Parkinson‘s using individual head casts. Additionally we can replicate prior findings on laminar source reconstruction! If you want to find out more, do not hesitate to find me at poster 45!