Acupuncture needle rotations cause a connective tissue “whorl,” shown here in rat subcutaneous connective tissue. Numbers 0–7 indicate the number of acupuncture needle revolutions, indicating a growing whorl as the rotations increase. Image credit: Reprinted from ref. 21

What’s the science behind #acupuncture? Recent studies offer insights from Western science into an ancient technique. A PNAS News Feature: https://ow.ly/wa2150YyT89

#meridians #fascia #opioids #PlaceboEffect #BioelectronicMedicine #ElectroAcupuncture #inflammation #ImmuneSystem

The dispersed tattoo ink shows the continuity of the interstitium within and between organs—here, the colon—suggesting a body-wide communication network of fluid-filled spaces. Acupuncture’s meridian channels might correspond to this interstitium. Image credit: Reprinted from ref. 24, which is licensed under CC BY 4.0.

What’s the science behind #acupuncture? Recent studies offer new insights into how the ancient technique may work. A PNAS News Feature: https://ow.ly/Jq2150YuSW3

#meridians #fascia #opioids #PlaceboEffect #BioelectronicMedicine #ElectroAcupuncture #inflammation #ImmuneSystem

Close-up of a person receiving acupuncture treatment while lying down, with thin needles inserted at specific points on their forehead.

What’s the science behind #acupuncture? New research explores how this ancient practice may work—from #meridians and #fascia to #opioids and the #PlaceboEffect—and how modern medicine is studying it. Read more: https://ow.ly/5wB350YpM71

#BioelectronicMedicine #ElectroAcupuncture

Analyse du marché de la médecine bioélectronique (2032) La taille du marché de la médecine bioélectronique a été estimée à 3,55 (milliards USD) en 2023. L’industrie du marché de la médecine bioélectronique devrait passer de 4,33 (milliards USD) en 2024 à 2...

Neuromodulation technologies are redefining chronic disease management. #BioelectronicMedicine #MedInnovation www.wiseguyreports.com/fr/reports/b...

Bioprinting Electrically Active Tissues The field of tissue engineering has witnessed remarkable advancements in recent years, with bioprinting emerging as a transformative technology for ...

Bioelectronic Medicine has an open collection & call for papers: Bioprinting Electrically Active Tissues -Guest edited by Stephanie Willerth, PhD Univ. of Victoria, CA and Emilio I. Alarcón, PhD Univ. of Ottawa, CA #Bioprinting #BioelectronicMedicine link.springer.com/collections/...

Electrical stimulation of the vagus nerve improves amyloid pathology in delirium superimposed on dementia - Bioelectronic Medicine Bioelectronic Medicine - Delirium and delirium superimposed on dementia (DSD) are common complications affecting patients suffering from ongoing neurodegenerative pathologies. Peripheral surgical...

Out today in Bioelectronic Medicine, "Electrical stimulation of the vagus nerve improves amyloid pathology in delirium superimposed on dementia" by Dr. C Song et al. link.springer.com/article/10.1... #BioelectronicMedicine #VNS #Dementia #Neuroinflammation #Alzheimer's #neurodegeneration

Figure 2. Geometry of the magnetoelectric nanoparticle: magnetoelectric core in cobalt ferrite and piezoelectric shell in barium titanate

Read "Resonant core–shell magnetoelectric nanoparticles as sensors of neural magnetic activity: a computational study" in our Neural Interfaces for #BioelectronicMedicine collection by Caiani et al. #nanoparticles #neuralinterfaces link.springer.com/article/10.1...

AI generated image (Microsoft Co-pilot) of bioelectric modulation for skeletal repair

A new collection for the journal Bioelectronic Medicine just launched: Bioelectric Modulation for Skeletal Repair: Technologies and Therapeutic Potential, guest edited by Aaron Dingle PhD, University of Wisconsin
Submissions now open! #BioelectronicMedicine link.springer.com/collections/...

SPARC Portal The open community platform for bridging the body and the brain through neuroscience and systems physiology data, computational and spatial modeling, and device design.

Last call! Abstract submissions for #APS2026 close Wednesday, Dec 3
Plan to share your work on advancing neuroscience and bioelectronic medicine

📍 Minneapolis, April 23-26

👉 Submit now: shorturl.at/9Bwg3

#BioelectronicMedicine #Neuroscience @apsphysiology.bsky.social

A new @natureportfolio.nature.com study introduces a mm-thin, electronics-free electrotherapy patch used like a band-aid. Apply it to the skin and a full stimulation dose activates automatically—no charging or controls. Validated for tDCS, iontophoresis, and wound healing.
#BioelectronicMedicine

Help us foster continued growth🙏
As we evaluate the SPARC program's impact on peripheral neuromodulation and #BioelectronicMedicine research, we need your insights. Please take our brief survey: forms.gle/YeoFpeUiDR...

Every response matters!

Bioelectronic platform enables lectin-based enrichment of columnar cell clusters for Barrett's oesophagus detection
Bistrovic-Popov, A., Fitzgerald, R. C. et al.
Paper
Details
#BarrettsOesophagus #BioelectronicMedicine #LectinBasedEnrichment

🧠🔌 the(sugar)science Th1nk Tank presents:

📅 June 24 | 9AM PT
🔗 us02web.zoom.us/meeting/regi...

#Neuroscience #BioelectronicMedicine #VagusNerve #Neuroimmunology #Th1nkT1D #TheSugarScience

Excited for the start of the 2025 BEM Summit in New York! #BioelectronicMedicine

A really good webinar from the Bio-design program at Stanford on the topic of coverage of breakthrough medical technologies.

#medtech #medicaldevice #regulation #medicaldeviceregulation #neurotech #bioelectronicmedicine #biodesign

youtu.be/Bvynh4fEiMg?...

A good framework for what #bioelectronicmedicine is beyond the #BCI is in the diagram made my me below...and forms the basis of the content in the above mentioned episode.

Let me introduce myself. I am a scientist, entrepreneur and an innovator with multiple patents and publications in the #neuromodulation and #bioelectronicmedicine space.

Was also the host of Skraps and PsychedeRx documentary podcasts as well.