Wykes_Lab

@LabWykes

Innovative neuroscience technologies: wide bandwidth electrophysiology, imaging, neuromodulation & gene therapy. Epilepsy, Stroke, PD, GBM. UCL & UNIMAN, UK.

London, England wykesneurolab.com Joined July 2021

429 Following 461 Followers 531 Posts

Latest posts 5

Wykes_Lab @LabWykes Apr 17

Delighted to be speaking at Venture Café Manchester on Thursday 23rd April about how neurotechnology is translating from research breakthroughs into real world use, covering progress in brain computer interfaces and neurotherapies. @DNS_UOM @UCLIoN @GJBrainResearch @mern_UoM

Wykes_Lab @LabWykes Apr 2

Delighted and honoured to have been awarded the Freedom of the City of London. @UCLIoN @DNS_UOM @EpilepsyInst @GJBrainResearch

Wykes_Lab @LabWykes Feb 11

Congratulations @sxphiejenkins 2nd place in the @UniversityManch SBS PhD student poster contest. @EpilepsyInst @GJBrainResearch @DNS_UOM

Wykes_Lab @LabWykes Feb 4

Delighted to see @LabWykes contributions to a study led by @ChristosMarkos and Kunyang Sui @DTUtweet with Rune Berg @neuroscience_dk published in @AdvancedScnce. @UCLIoN @DNS_UOM @GJBrainResearch @CntmMcr

Multimodal layer-crossing interrogation of brain circuits enabled by microfluidic axialtrodes.

https://advanced.onlinelibrary.wiley.com/doi/10.1002/advs.202519744

In this work, we introduce a novel flexible microfluidic neural interface, termed the microfluidic axialtrode (mAxialtrode), a soft, multimodal device that integrates optical, electrical, and chemical sensing and stimulation capabilities into a single polymer-based neural interface. This next-generation tool enables us to interact with and monitor brain circuits across layers of neural tissue in ways that were not previously possible.

Wykes_Lab @LabWykes Aug 29, 2025

Opinion piece on how to record Spreading Depolarizations in awake brain. @alejandro_labas @DNS_UOM @UCLIoN @GJBrainResearch link.springer.com/10.1186/s10194…

link.springer.com State-of-the-art preclinical techniques to study the impact of spreading depolarizations in awake... The Journal of Headache and Pain - Understanding the mechanisms of pathological brain network activity and the efficacy of therapies requires testing hypothesis in vivo, where brain circuitry...