BioelectronicsLab

Bioelectronics Laboratory at the University of Cambridge

[BioelectronicsLab @BioelectronicsL]

We are no longer updating this account. To learn about our research and open positions in the lab, please follow Prof. Malliaras and Prof. Barone on LinkedIn.

[BioelectronicsLab @BioelectronicsL]

Outreach day today in the lab, thanks to @RubenRuizMateos @ChrisSlaughter_ @skissovsky for their inspiring presentations!

[Damiano G. Barone @baronedg]

Last week we had the pleasure of welcoming Dr. Kai Miller to Houston Methodist. He delivered two outstanding talks at our Neurosurgery Grand Rounds and the Center for Neural Systems Restoration seminar.

Dr. Miller shared deep insights into the use of stereo-EEG (SEEG) to guide epilepsy surgery, tailor therapies to individual patients, and push forward the boundaries of neuroscience. His work exemplifies how science, technology and thoughtful clinical practice come together to improve patient outcomes.

We were inspired by his vision and grateful for the engaging discussions that followed. Moments like these remind us how vibrant and collaborative our field can be.

#Epilepsy #EpilepsyAwareness #Neurosurgery
@AshleyWhiteHou @HMethodistMD @MethodistHosp
#neurosurgery #functionalneurosurgery #nervesurgery #epilepsysurgery #neuralinterfaces #bci #neuroprosthetics #CenterForNeuralSystemsRestoration

@IntlNeuromod @NANS_ION @ASSFNeurosurg @RiceUniversity @RiceNeuro @BioelectronicsL @HMNeurosurgery @gwb777 @MayoClinicNeuro @gelarehzadeh

[BioelectronicsLab @BioelectronicsL]

Great opportunity to join the lab https://t.co/jIvBg5mRx6

[Amparo Guemes @AmparoGuemes]

Excited to share our latest work on using neural controlled differential equations to model vagus nerve influence on glucose levels (@MLSTjournal). Thanks to my co-authors A. Malpica, Prof Kalliadasis @imperialcollege & @GeorgeMalliaras 🔗
https://t.co/DwDXRnLv3V @BioelectronicsL

[Milner Therapeutics Institute @TheMilnerInst]

The call for the second Cohort of the Cambridge NeuroWorks Fellowship Programme is now open! 🧠

This is a bold opportunity for innovators and original thinkers who aspire to revolutionise neurotechnology.

⏳ October 1
🔗 https://t.co/ejKtcKP9uR
🔗 https://t.co/kcAgQiQQSo

[Engineering Dept @Cambridge_Eng]

From lab to market: Dept spin-out to develop wearable #etextile #tech for early detection of heart defects
https://t.co/wOOlIBPfrs

"Polytecks tech records not only electrical heart signals but achieves higher spatial resolution than a conventional ECG" - founder @RubenRuizMateos

[Engineering Dept @Cambridge_Eng]

Today, we celebrate #INWED25 🎉 @Cambridge_Uni

Poppy Oldroyd – Schmidt Science Fellow
https://t.co/QRX7eFnE1y

@Gates_Cambridge Scholar-elect Abbie Schipper
https://t.co/bWaO8hMdBu

Prof Giulia Viggiani – 1st woman to lead our Civil #Engineering Division
https://t.co/czHF154ULk

[BioelectronicsLab @BioelectronicsL]

Saying goodbye to @ChaoqunDong @SagnikSM and Misaki Inaoka who will soon be off to bigger and better things!

[George Malliaras @GeorgeMalliaras]

One week to abstract submission deadline for ECME 2025! Submit your abstract here: https://t.co/MHReOZ39pb

[BioElevate Seminar Series @BioElevate2025]

We are thrilled to kick off the BioElevate Seminar Series with our very first speaker, @AmparoGuemes from the @Cambridge_Uni!

👉 Register here: https://t.co/QYthE7c8gy…

[BioelectronicsLab @BioelectronicsL]

Congratulations @AmparoGuemes @RubenRuizMateos https://t.co/WcHCInGa7M

[George Malliaras @GeorgeMalliaras]

Stimuli-Responsive Materials and Soft Robotic Actuators for Bioelectronic Medicine @ChaoqunDong @BioelectronicsL @Cambridge_Eng @cambridge_ee https://t.co/nFYM593df6

[Engineering Dept @Cambridge_Eng]

New #research involving scientists from @Cambridge_Uni, @RiceUniversity & @Stanford could make #bioelectronic devices easier and more reliable to manufacture – all thanks to a chance discovery made during an experiment

https://t.co/GtXGZrQjgb

@BioelectronicsL @GeorgeMalliaras

[Christopher Slaughter @ChrisSlaughter_]

Thanks @GeorgeMalliaras! Thankful for the opportunity to share our work at such an amazing conference. This wouldn’t have been possible without the support of the amazing team we have at @BioelectronicsL

[Damiano G. Barone @baronedg]

It was a real pleasure to host Prof. Dion Khodagholy at Houston Methodist as part of the Center for Neural System Restoration Seminar Series. His talk provided a fascinating glimpse into the latest advances from the Translational NeuroElectronics Lab at @UCIrvine, covering innovations in bioelectronic devices, large-scale systems neuroscience, and the translation of novel technologies into clinical use.

From novel device architectures to understanding sleep, memory, and the neural basis of psychiatric disorders, his lab’s work continues to push the boundaries of what’s possible at the interface of engineering, neuroscience, and medicine.

Grateful for the engaging discussion and for the opportunity to learn from one of the leaders in the field!

@dk2955 @HMNeurosurgery @MethodistHosp @HMethodistMD @RiceUniversity @BioelectronicsL
#NeuralEngineering #Neuroscience #Bioelectronics #Neurotechnology #TranslationalResearch #Neurosurgery #HoustonMethodist #CNSR

[George Malliaras @GeorgeMalliaras]

Body Surface Potential Mapping: A Perspective on High‐Density Cutaneous Electrophysiology - https://t.co/9VwTfFT3DF @RubenRuizMateos @NeuroCon_ICL @Cambridge_Eng @cambridge_ee @BioelectronicsL

[BioelectronicsLab @BioelectronicsL]

Cambridge Neuroworks Fellowships!

[George Malliaras @GeorgeMalliaras]

The website is now live, with a description of the programme and a link to the application form.
https://t.co/k3Qfeb59l4

[George Malliaras @GeorgeMalliaras]

Join us for the launch of Cambridge NeuroWorks, an ambitious partnership with @ARIA_research to revolutionise neurotechnology. You will hear about the Blue Sky and Activator Fellowships, soon to be launched

https://t.co/3MX3pICqvI

[Damiano G. Barone @baronedg]

Excited to share our latest perspective, The Future of Biohybrid Regenerative Bioelectronics, published in @AdvPortfolio 'Advanced Materials'!

In this work, we explore the incredible potential of biohybrid regenerative devices—cutting-edge technologies that integrate living cells with implantable devices to restore and enhance function in the nervous system and beyond. These innovations could address unmet clinical needs, such as advanced neuroprosthetics, spinal cord repair, and more.

This journey highlights years of progress, but also the challenges ahead as we refine tissue integration, regenerative capabilities, and implant longevity.

A big thank you to my amazing co-authors @AlejCarnicer and @GeorgeMalliaras.

The future of neurorestoration is bright, and this field is just getting started!

You can read the article here:
https://t.co/m7M451CHub

#Neuroprosthetics #Biohybrid #Neurosurgery #RegenerativeMedicine #Innovation #BCI #BMI #CenterForNeuralSystemsRestoration #functionalneurosurgery #nervesurgery #epilepsysurgery #neuralinterfaces

@BioelectronicsL @ASSFNeurosurg @CNS_Update @IntlNeuromod @AANSNeuro @The_SBNS @EANSonline50 @ASPN @IntlNeuromod @nervenerds @GlobalNeuro @NANS_ION @WFNSHQ @spinesection #ASPN @RiceUniversity @RiceNeuro @BioelectronicsL @HMNeurosurgery @gwb777