Follow us on YouTube and listen to our conversations with top researchers in the field of Bioelectronics https://xitter.cf/t.co/kRwuLAR5BF
Joined May 2023
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Bioelectronics Drop retweeted
Interictal closed-loop neuromodulation: changing the course of epilepsy and protecting memory through modern neuromimetic BCI - check it out!
nature.com/articles/s41593-0…
Bioelectronics Drop retweeted
"A programmable and self-adaptive ultrasonic wireless implant for personalized chronic pain management"
nature.com/articles/s41928-0…
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🔹#SpinalCordStimulation: Reprogramming the nervous system
🔗 linkedin.com/posts/georgios-…
Bioelectronics Drop retweeted
STAT's @lizzylaw asks patient advocate @SherownCampbell, if spinal cord stimulation was a silver bullet in overcoming a spinal cord injury.
Listen to what he had to say.
#STATSummit
Bioelectronics Drop retweeted
Scientists create surgical stitch to aid healing by electrical stimulation dlvr.it/TF6y50
Bioelectronics Drop retweeted
Ever wanted a quick, scalable way to pattern your favorite photo-crosslinkable hydrogel ? (bonus if a conductive formulation) The 'Cyprus paper 🇨🇾❤️' (unofficial title) is now online: pubs.rsc.org/en/Content/Arti…
Bioelectronics Drop retweeted
🎉 First group paper after one year at @UMassBME
Published in @Device_CP:
cell.com/device/fulltext/S26…
We got the DIY approach to “squishy bioelectronic circuits” - easily accessible conductive reconfigurable conductive putty for biological interfacing and hyman electropbysiology.
Bioelectronics Drop retweeted
Pushing the boundaries of peripheral neural interfaces, our latest work is now published in @NatureComms! Traditionally, we've faced a delicate balance between invasiveness and selectivity in neural interface design. As surgical techniques advance to reduce trauma and improve outcomes, our technology follows suit—offering precision without increasing complexity. This research opens a new era for peripheral nerve interfaces, unlocking their full potential for cutting-edge prosthetics and neuromodulation. Huge congratulations to @AlejCarnicer and all the brilliant collaborators for making this possible!
@BioelectronicsL @GeorgeMalliaras @ASSFNeurosurg #neurosurgery #BCI #BMI @CNS_Update @IntlNeuromod @AANSNeuro @The_SBNS @EANSonline50 @ASPN @IntlNeuromod @nervenerds @GlobalNeuro @NANS_ION @WFNSHQ
Read the full article here: nature.com/articles/s41467-0…
Bioelectronics Drop retweeted
New featured image on our homepage!
nature.com/ncomms/
Related to this article:
Combining sound with tongue stimulation for the treatment of #tinnitus...
nature.com/articles/s41467-0…
By Michael Boedts et al. @Brai3nClinic @AZMMGent @NeuromodDevices @ent_umn @UMNBME @MHH_life
Bioelectronics Drop retweeted
News & Views: Injectable and retrievable soft electronics @WeiGaoLab
nature.com/articles/s41563-0…
Bioelectronics Drop retweeted
A study in @NatureElectron uses customizable fibre networks to create on-skin electrodes that can record electrocardiogram and electromyography signals, skin-gated organic electrochemical transistors and augmented touch and plant interfaces. go.nature.com/4e1ky5j
Bioelectronics Drop retweeted
We are about to open source a software to record and train *instantaneously* high-density EMG signals and move a virtual hand with an AI that takes <20 seconds for each movement as training input. It works with any EMG and in patients with paralysed hands due to SCI/stroke.
Bioelectronics Drop retweeted
After 10 years of implanting Utah Arrays in 5 participants with spinal cord injuries…
we provide a methodological roadmap to target and evoke tactile finger sensations using intracortical microstimulation.
@John_E_Downey @robert_gaunt1 @jenpgh
tinyurl.com/S1roadmap
🧵1/7
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Thanks, @CaltechMagazine for featuring our wearable sensor research! @Caltech @CaltechEAS
magazine.caltech.edu/post/ho…
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Shape-recovery of implanted shape-memory devices remotely triggered via image-guided ultrasound heating.
nature.com/articles/s41467-0…
Bioelectronics Drop retweeted
We report wearable bioadhesive ultrasound elastography (BAUS-E) capable of continously measuring the stiffness of deep internal organs over 48 hours.
science.org/doi/10.1126/scia…
Bioelectronics Drop retweeted
We can restore touch with electrical stimulation, but fail to do so with "sixth sense"-proprioception. Should we design smarter stimuli or the problem arrise at the spinal processing of information? To address this we stimulated peripheral nerves, while recording spine and brain
Finally, the results of many exciting and inspiring hours with @JMBalaguerSerra @SRaspopovic @MCapogrosso spent on analyzing the effects of peripheral nerve stimulation on neural processes in the spinal cord and brain, are out!
cell.com/cell-reports/fullte…
Bioelectronics Drop retweeted
Great work towards total sensory feedback restoration for #hand #prostheses #bionics with our @TNE_LAB led @SolaimanShokur and Davide Filingeri @thermosenselab
medicalxpress.com/news/2024-… via @medical_xpress
Bioelectronics Drop retweeted
New in @NatureElectron, we report an artificial intelligence-reinforced wearable sensor with physicochemical sensing capabilities for stress response monitoring. @Caltech @CaltechEAS Congrats to @xu_changhao @Yu_Song17 @JSempionatto and the team! nature.com/articles/s41928-0…
Bioelectronics Drop retweeted
OECTs are stable… if you use them correctly. Check out our work led by @scotttomkeene on stable operating windows for polythiophene OECTs link.springer.com/article/10… @BioelectronicsL – at Cambridge, England
