Bioelectronics Drop

Imagine a temporary electronic implant: a sensor that monitors your organs before dissolving in the body. This is the vision Lan Yin from @Tsinghua_Uni is bringing to life. Enjoy this episode! Youtube youtu.be/nt5xmsmh_dc Spotify open.spotify.com/show/02rjMktAx…

Single Data Points vs Continuous Monitoring 🩸 Follow us on YouTube for more #Bioelectronics content @BioelDrop" target="_blank" rel="nofollow noopener">youtube.com/@BioelDrop

Device people, anyone up for this challenge?🧠

This new episode brings a whole different perspective on how clinicians evaluate and develop #technology 💯 with Wolf-Julian Neumann YouTube: youtu.be/MN32qLM75B0 Spotify: lnkd.in/eKVbxmKc and subscribe for more content on #Bioelectronics

Take a pill, and make an electrode 💊 Follow us for more #Bioelectronics content!

Improving chemotherapy using conductive polymers?💡 Follow us for more #Bioelectronics content @BioelDrop" target="_blank" rel="nofollow noopener">youtube.com/@BioelDrop

Imagine an implant without substrate, delivered without surgery 🍷 We've had the great pleasure of having Daniel Simon from Linköping University Watch on #YouTube lnkd.in/dJYCB_42 or listen to it on Spotify lnkd.in/da8EFG_M

Graphene electrodes enable electrical conductivity and acoustic transparency⚡ Scientists from @tudelft led by @vgiagka offer a method that allows ultrasound imaging on an area of the cortex covered by a brain implant @Nature_NPJ flex electronics nature.com/articles/s4152…

Every respectable bioelectronics-focused podcast should talk about #wearables 😀 And I was lucky enough to do it with @MinqiangW and @CuiYe0702 from @sjtu1896 in this latest episode of Bioelectronics Drop youtube.com/watch?v=cIPDlx…

Engineering molecular cues for cell differentiation 🚀 Using electroactive materials, scientist at Leibniz Institute for Polymer Research #Dresden and @tudresden_de showed a bioactive platform for precise release of growth factors 💫 Advanced Materials: advanced.onlinelibrary.wiley.com/doi/10.1002/ad…

In this latest episode, we talk about Electroporation and the use of electrical pulses to treat cancer🎙️ -Watch on #YouTube: youtu.be/IVW-y-a5gtc -Listen on #Spotify: open.spotify.com/show/02rjMktAx…

Follow us for more Bioelectronics content!💫 → lnkd.in/eQvWTcDr → lnkd.in/dW5Z5nWM #Neuromodulation with @eglo_physchem @CEITEC_Brno

#Intraneural recording for bidirectional prostheses 👌 Scientists at ETH and Chalmers show that it is possible to record movement-related information from an amputated leg using implanted electrodes 💫 nature.com/articles/s4146…

Follow us for more #Bioelectronics content!💫 → @BioelDrop" target="_blank" rel="nofollow noopener">youtube.com/@BioelDrop →open.spotify.com/show/02rjMktAx… #Nanotechnology

A new episode is out! This time, we deal with nanorobots, nanosensors, and nanotech 🎙️ We've spoken with Prof. Larysa Baraban from @tudresden_de about the promises and challenges of nanotechnologies for medicine for personalized immunotherapy 👌 youtu.be/iL5k0wzDBIY

Follow us for more #Bioelectronics content! 💫 → Youtube: lnkd.in/dSrYNuSf → Spotify: lnkd.in/gRyemSzF #soft #bioelectronics @vgiagka

Follow us on YouTube and Spotify for more Bioelectronics content! 💫 → youtube.com/watch?v=FWKSET… → open.spotify.com/episode/4kh0fP… #soft #bioelectronics @claudiacea8 @YaleEngineering

A new episode of #Bioelectronics Talk is now live!🎈 How to make soft electronics so that they can interface, monitor, and act on internal organs? For this, we spoke with @claudiacea8 from @YaleEngineering @YouTube: youtube.com/watch?v=FWKSET… @Spotify: open.spotify.com/episode/4kh0fP…

Follow us on YouTube and Spotify for more Bioelectronics content! 🚀 → youtube.com/watch?v=54iFkm… →open.spotify.com/episode/3ptMjd… #neurorehabilitation #exoskeletons @VillaBerettaBio

Follow us on YouTube and Spotify! 💥 More episodes live soon. → @BioelDrop" target="_blank" rel="nofollow noopener">YouTube.com/@BioelDrop → open.spotify.com/episode/6bh3cR… #retinal implants #noninvasive stimulation