Virgobit
@virgobit.bsky.social
470 followers 19 following 140 posts
Focusing on remote patient monitoring using wearable devices and smartphones! www.virgobit.com
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virgobit.bsky.social
🧬 KAIST’s battery-free, skin-conformal sensor visualizes pressure, shear, & temperature via AR in real time. AI-calibrated & wearable, it enables posture monitoring, pressure injury prevention, & surgical insight — turning hidden biomechanical signals into intuitive, visual healthcare data.
virgobit.bsky.social
👚🧠 Smart Textiles Meet Generative AI.
A new @science.org study introduces a deep learning–empowered acoustic fabric that can perceive voice, recognize speech with 97.5% accuracy, and even talk to ChatGPT — paving the way for hands-free AI interaction in healthcare and research. #WearableAI
virgobit.bsky.social
Silent Speech Recognition Goes Wearable 🧠
A wearable EMG/EEG system can now recognize full sentences—no voice required.
By combining AI-driven sensor fusion with language models, it achieved 95% accuracy using just two wireless sensors.

#Neuroscience #WearableTech #AI #DigitalHealth
virgobit.bsky.social
🧵Washable, heat-resistant e-textiles are here! Researchers at Yonsei Univ. & UT developed inkjet-printed cotton fabrics using carbon nanotube + reactive silver inks — maintaining softness, breathability, and conductivity while enabling tactile socks for motion sensing and gloves for heat therapy.
virgobit.bsky.social
⚡ A battery-free #wearable patch detects melanoma early via skin bioimpedance. Wireless, low-cost, and disposable, it distinguishes lesions from healthy tissue in humans — offering non-invasive, radiation-free, personalized skin cancer screening.
🔗 Full article in comment
#WearableTech
virgobit.bsky.social
Skin-like, drift-free biosensors are here!
A new @natureportfolio.nature.com study introduces stretchable diode-connected OFETs for stable, motion- & heat-resistant biomarker sensing— even at 100% strain.
Real-time cortisol, glucose& sodium monitoring from sweat marks a leap in wearable health tech.
virgobit.bsky.social
🧠 AI-driven wearable imaging could transform lung cancer monitoring.

A new @NaturePortfolio study introduces a microwave-based wearable belt that detects and measures lung tumors using AI (XGBoost + CNN) — safely, without radiation, and in ~20 minutes.
#AIinHealthcare #MedicalImaging#WearableTech
virgobit.bsky.social
🧠 Next-gen #wearable enables full-body motion tracking, real-time haptics & AI-powered motion classification.~40ms latency allows natural human–machine interaction.
Applications: rehab, VR/AR, sports & remote collaboration.

Full article link in comments.

#WearableTech #DigitalHealth #VR
virgobit.bsky.social
🚼 A breakthrough in neonatal care: Researchers developed a soft, all-in-one #wearable system to monitor newborns in Ethiopia. The device tracks ECG, respiration, temp & oxygen in real time, reducing risk & discomfort. A step toward saving lives in low-resource NICUs. #DigitalHealth #NeonatalCare
virgobit.bsky.social
Newly published in @natureportfolio.nature.com:
A breathable MXene-textile pressure #sensor delivers ultra-sensitivity, comfort, and AI-powered blood pressure prediction. A breakthrough for wearable health tech—merging precision, breathability & real-time cardiovascular monitoring. 👏
#WearableTech
virgobit.bsky.social
🔬 Bridging the Gender Gap in Healthcare Through Technology

New @natureportfolio.nature.com review shows how #wearables, #diagnostics & AI/ML are reshaping #WomensHealth—making care proactive, personalized & equitable.
👏 Congrats to weigaolab.bsky.social & team on this contribution!
virgobit.bsky.social
🔬Charité researchers show patient engagement boosts compliance, data quality & real-world insights in Parkinson’s & DBS, published in @frontiersin.bsky.social .
Spica now introduces its new PATIENT ENGAGEMENT FEATURE, empowering patients & bridging research with daily life.
#PatientEngagement#Spica