7 membrane-technology positions at Erasmus MC (University Medical Center Rotterdam) in Netherlands
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into the microcircuit mechanisms underlying epilepsy and DBS. You will use recently developed genetically encoded voltage indicators to record single-cell membrane voltage signals during DBS to understand how neural
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into the microcircuit mechanisms underlying epilepsy and DBS. You will use recently developed genetically encoded voltage indicators to record single-cell membrane voltage signals during DBS to understand how neural
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is hindered by the lack of adequate detection equipment. In this project you will design and build an innovative air sampling device for screening of virus-loaded droplet sprays. The technological
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between technological innovations in AI and their practical integration into clinical practice remains substantial. This project takes a human-centered perspective, which is critical to address
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programme Is the Job related to staff position within a Research Infrastructure? No Offer Description The Biomedical Engineering department at Erasmus MC is seeking a highly motivated and enthusiastic PhD
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the animal trials to produce an artificial heart. The goals for this heart will be that it will be pliable, has a pulsatile flow and has a tissue-engineered lining wherever human blood touches that heart. Our
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fundamental research up until the animal trials to produce an artificial heart. The goals for this heart will be that it will be pliable, has a pulsatile flow and has a tissue-engineered lining wherever human