AIOZ Network Partners with University of Aberdeen to Revolutionize Medical Imaging Using DePIN

AIOZ Network has recently signed a new partnership with the University of Aberdeen in order to further the development of medical imaging. This partnership is dedicated to addressing promising technologies for the 3D reconstruction of instruments used in endovascular procedures. The main goal is to enhance the process of medical imaging and visualization which plays crucial role in surgeries and medical fields in general.

We’re thrilled to announce our collaboration with University of Aberdeen (@aberdeenuni) on an AI research project aimed at advancing medical imaging.

This research will help to tackle the challenge of 3D reconstruction of surgical tools in endovascular procedures.

AIOZ’s DePIN… pic.twitter.com/95bzMG6PCQ

— AIOZ Network (@AIOZNetwork) August 22, 2024

AIOZ’s DePIN Technology to Enhance Medical Imaging for Endovascular Surgeries

The research project is going to employ the AIOZ’s DePIN, namely, Decentralized Physical Infrastructure Network. This technology is best suited for secure information exchanges which are a prerequisite for managing vast medical data sets. Adoption of DePIN technology will enhance the speed for the research and the quality of the data received for the medical images.

Procedures like endovascular surgeries that are done within and around blood vessels demand detailed images for positioning and confirming the functionality of the used instruments. The process of reconstructing these tools in 3D based on imaging data is challenging, and its solution can potentially lead to changes in the accuracy of surgery and perhaps even save people’s lives.

New Partnership Set to Revolutionize Healthcare Research with AIOZ Technology

This strategic partnership is a big step for the University of Aberdeen and incorporating technology for healthcare research. Finally, AIOZ’s incorporation of the DePIN technology with the research endeavor of the University of Aberdeen would lead to valuable future in advancing medical imaging practices and the operations in the concerned surgical area.

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