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    Patients with brain implants and magnetic resonance tomography


    New review article from the Laboratory for Biomedical Microtechnology on the deployment of MRT in patients with brain implants, published in the Journal of Neural Engineering

    Successful cooperation with the University of California (UCLA)


    Johannes Erhardt from the Laboratory for Biomedical Microtechnology explores the behavior of implants in magnetic resonance tomography (MRT)

    Deception in the Depths


    A new technology uses electrical impulses to reduce high blood pressure and is set to become the first alternative to treatment with drugs

    No sugar coating, but sweet nonetheless


    First long-term stabile brain implant developed based on an anti-inflammatory coating

    Guest lecture by Dr. Yan Wong


    Development of a high-dimensional brain machine interface, Tuesday, June 21st 2016, 4pm

    Implant against High Blood Pressure


    Aesculap AG agrees to participate in neuroloop GmbH and invest in a University of Freiburg spinoff

    FRIAS Junior Fellowship for Dr. Juan Ordonez


    Ordonez, Group Leader at the Biomedical Microtechnology Lab, was appointed as Junior Research Fellow at the Freiburg Institute for Advanced Studies (FRIAS). His research proposal “A novel mechanical model for safe electrical...

    Juan Ordonez affiliated to the DFG Workshop “Neurosensory Systems” for Early Career Investigators


    His original and scientifically relevant project proposal entitled “Effects of neuroprosthetic intervention’ is one out of 20 selected ideas to be discussed and elaborated within a 1-week multidisciplinary workshop together with...

    Implantable Cuff with Electrodes


    High blood pressure is the greatest health risk worldwide behind smoking and alcohol consumption. In Germany, around 25 percent of the population suffers from arterial hypertension, as the condition is referred to in medical...

    Prostheses with Sensory Feedback


    Freiburg researchers have developed electrodes that help amputees to grasp at objects

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