James Trevathan

[NIH Common Fund @NIH_CommonFund]

#NIHHighRisk New Innovator awardee, Dr. Aviad Hai of @UWMadison, will be working to develop injectable electrodes that can improve our understanding of brain activity without the need of surgery. Read more about his research: https://t.co/NCabiqTS6D #NINDSnews

[UW-Madison College of Engineering @UWMadEngr]

.@UWMadison_BME’s @MeganSettell and @KipLudwig have uncovered a previously unknown microanatomical organization within the #VagusNerve that could greatly bolster efforts to selectively stimulate it for #neuromodulation treatments.

https://t.co/V7XEWu7Wi8

[UW-Madison College of Engineering @UWMadEngr]

Injectable + Electrode = Injectrode

@UWMadison_BME’s @KipLudwig and collaborators @cwru @Neuronoff have created a liquid metal that cures inside the body to create an electrode … opening a new approach to #neuromodulation therapies.

https://t.co/OcwiZqbnDw

[JoJo Platt @RockinRedSF]

#Injectrode. Boom. Done. Manfred Franke, Kip Ludwig et al collectively drop the mic. "By virtue of its simplicity, the Injectrode has the potential to be less invasive, more robust, and more cost‐effective than traditional electrod…https://t.co/P8fsE5rFVJ https://t.co/uH2MnuHmHv

[Hai Lab, UW-Madison BME @AviadHai]

The injectrode: brilliant work that may soon prove to be a quantum leap in the field of neural stimulation. Congratulations @JKTrevathan @KipLudwig @Manfred_Franke and Andrew Shoffstall for striving towards true innovation in neuroscience.

[James Trevathan @JKTrevathan]

I'm also excited to bioRxiv a preprint of our recent work developing an injectable electrode for neural stimulation. https://t.co/7fN1WSspAB

[James Trevathan @JKTrevathan]

@KipLudwig At least we know that someone actually read the paper 😀

[James Trevathan @JKTrevathan]

Scientists rise up against statistical significance https://t.co/Wx58NvdjUT

[James Trevathan @JKTrevathan]

I am honored to have been selected as a @sciencegateways Science Ambassador and for the opportunity to present our work using calcium imaging data, processed on the Neuroscience Gateway high-performance computing resource, to understand the effects of deep brain stimulation.

[sciencegateways @sciencegateways]

Meet 2019 #Science Ambassador James Trevathan, Ph.D. candidate @MayoClinic. James plans to use the travel funds to present his work, which makes use of #computations performed on the #Neuroscience Gateway to analyze calcium #imaging #data. Learn more: https://t.co/L5JwQK96hO

[James Trevathan @JKTrevathan]

This is an exciting new tool for near-infrared calcium imaging of neural activity. Still needs some optimizations in fluorescence intensity and kinetics but it will hopefully open more possibilities for perturbing and recording fro…https://t.co/v0y2ypahLV https://t.co/qwF3I1XCvm

[James Trevathan @JKTrevathan]

An interesting article on one of the mechanisms behind the effects of tACS. This is something that I have wanted to see more data on for a while! https://t.co/KnIFKvHzgj

[Marom Bikson @MaromBikson]

Putting decades of Neuromodulation and Wearables technology in perspective. @erikaross24 of Cala Health describes development of wrist-band device for essential tremor using sensing and electrical stimulation. @NANS_ION @WIN_NANS

[Stavros Zanos @StavrosZanos]

At least 50% seizure reduction in 3 out of 4 patients; at least 90% in 1 out of 3. https://t.co/L5BzSIMt7b

[bioRxiv @biorxivpreprint]

Calcium imaging in freely-moving mice during electrical stimulation of deep brain structures https://t.co/ly5ZHShqRf #bioRxiv