Oxygen is of vital importance. In critical situations, the management of oxygenation is difficult. Many interventions during and after surgery and in intensive care are aimed at maintaining oxygen levels in organ cells. Until now, only indirect information about this has been available. As a result, what is the best treatment for the individual patient is often controversial. With Photonics Healthcare’s COMET system, it is now possible to measure oxygen availability directly in cells that require oxygen. In the AIMED COMET study, anesthesiologists are investigating how to improve cellular oxygen availability in the skin with common interventions. Sufficient oxygenation at the cellular level is an important step to prevent complications such as wound infections, and possibly organ failure. Both locations (AMC and VUmc) of Amsterdam UMC are participating in the AIMED COMET study led by Prof. Dr. Markus Hollmann and made possible in part by support from spin-off Photonics Healthcare, which is bringing an invention from Amsterdam UMC and ErasmusMC into clinical practice.
Ten years ago, a groundbreaking medical innovation made it possible to remove a blood clot from stroke patients using a catheter procedure. The health benefits for patients after this procedure are often much greater than with other treatments. Thanks to the collaboration with Amsterdam UMC, this treatment is now also being performed at the Noordwest Ziekenhuisgroep in Alkmaar.
NewsThe fall 2024 round of the NWO Take-off Grant has brought exciting news for Amsterdam’s academic community. Four innovative projects have been selected, with two from the Vrije Universiteit Amsterdam (VU) and two from the Universiteit van Amsterdam (UvA). The Take-off grant empowers academics to explore the feasibility and commercial potential of their science-based ideas, […]
NewsThis €75k funding will help validate their business model and accelerate their go-to-market strategy. Eddytec’s technology aims to revolutionize maintenance and quality control processes for aircraft components, making them faster, easier, and more cost-effective.
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