BCI Media News

Two cortical prosthetics technologies receive enable grants

An award to Miniaturised CMOS Current Driver for Wireless Biphasic Intracortical Neurostimulation

New Vice President Publications for the IEEE Sensors Council

 
Vers une anesthésie personnalisée
Moving one step closer to personalized anesthesia
New device to continually measure the blood concentration of propofol
New system can measure propofol concentration in patient’s blood during surgery
Nouvelle étape vers une anesthésie personnalisée
Sandro Carrara reappointed editor-in-chief of the IEEE Sensors Journal
En Suisse, quel avenir pour les puces sous la peau?
Sandro Carrara Featured as author by IEEE
IoT SmartWatch-based System for Intensive Care Monitoring: Live Demo at BioCAS
Tracking cancer-cell development with “drinkable” electronic sensors
Connected medical devices @ ISCAS
Smartwatches connect intensive care doctors and their patients
Smartwatches Connect Intensive Care Doctors And Their Patients
Smartwatches connect intensive care doctors and their patients
The Next Generation Of Wearables: Sensors Under Your Skin
IEEE_SC_SummerSchool-2016Download
A tiny wire with a memory to diagnose cancer
Biosensor Allows for Early Detection of Prostate Cancer
Four members of the School of Engineering are named IEEE Fellow
New CASS Fellows
Sandro Carrara named 2016 IEEE Fellow
Biosensor chips aid drug development
Pierre Fabre deploys biosensors to enrich clinical trial data
Pierre Fabre to use implantable biosensor chips in schizophrenia trial
Monitoring critical blood levels in real time in the ICU
Miniature biomed device for measuring blood levels
EPFL unveils 3D printed miniature microfluidic device for monitoring critical blood levels
Miniaturized Microfluidic Device Helps Monitor Critical Blood Levels in Real Time
Monitoring critical blood levels in real time in the ICU
A chip placed under the skin for more precise medicine
A subcutaneous biosensor chip to revolutionize tomorrow’s medicine
RFID chips: a key to more or less freedom?
Tiny Biosensor Implant Can Analyse Blood Without The Need For Needles
Chip under skin for precise drug screening
Chip under skin for precise drug screening
Implantable Bio-sensor Chip can Monitor Drug, Blood and Send Data to Smartphone
Implantable Bio-sensor Chip can Monitor Drug, Blood and Send Data to Smartphone
A Tiny Laboratory under the Skin (video)
i-Needle: Detecting the biological mechanisms of acupuncture
i-Needle: A New Way of Looking at the Biological and Chemical Effects of Acupuncture
Worldwide experts in Lausanne on circuits for biomedicalDownload
BioCAS 2014 10-Year Anniversary (video – the worldwide history of the BioCAS conference)
In Lausanne 2014: Environmental Impact of Circuits and Systems
Tiny lab under the skin could stop drug cheats
Under the skin’ blood-testing device developed
Science Tiny implantable blood test chip could personalise medicine
The medical lab implanted under the skin that can automatically phone a doctor BEFORE you fall ill
Now, a device to predict heart attacks
Blood Test Implant: Tiny Under-Skin Device Sends Instant Lab Analysis To Your Phone (PHOTO, VIDEO)
InterCités – Le développement des puces RFID suscite quelques inquiétudes  (radio interview)
Des puces et des hommes
Une montre pour relier le médecin des soins intensifs à ses patients (radio interview)
L’EPFL est aux petits soins avec les urgentistes
2050 Les Labos de l’avenirDownload
Des Capteurs sous la peauxDownload
Une puce sous la peau en guise de biocapteur
L’EPFL crée un minilabo qui s’implante sous la peau
Il chip sottocutaneo per una medicina su misura
Chip sottopelle, saranno come microscopici laboratori analisi
L’infinitamente piccolo Il futuro della nanomedicina (from 20 min. e 35 sec. onward)
Ricercatore Finalese in Svizzera lancia un’innovazione medica rivoluzionaria Download
Sotto pelle laboratorio analisi sangue
Svizzera: arriva il microchip anti doping