hemotune AG

Restoring immune balance in sepsis

Our aim is to develop a proprietary magnetic nanoparticle technology, the HemoSystem, to allow more selective, efficient, and milder removal of disease-related compounds in patients’ blood.
hemotune

Project Overview

Affiliation

Year of acceptance

Status

Team size

Project Description

Sepsis is life-threatening reaction to an infection where the body's immune response damages its own tissue and organs. In 2020, the World Health Organization estimated that sepsis affects around 50 million people worldwide every year, causing 11 million deaths, or 20% of all global deaths.

During their time at Wyss Zurich, the hemotune team developed a medical device to combat sepsis that uses proprietary magnetic nanoparticle technology to selectively, efficiently, and gently remove disease-related compounds from patients’ blood. Whereas traditional blood-purification devices use non-specific dialysis filters or adsorber cartridges, the hemotune technology precisely targets and magnetically filters disease-related compounds, allowing purified blood to return to the patient like in dialysis. Additionally, this unique approach enables the simultaneous removal of multiple disease-related compounds, which is not achievable using drugs.

Project Contact

hemotune AG

Wendelin Stark

Faculty Mentor

Project Partners

ETH Zurich, Functional Materials Laboratory

Funding Partners

Project Updates

hemotune AG announced today the the successful closing of a CHF 14 million Series B2 round dedicated to advancing its HemoSystem, a breakthrough blood purification platform based on nanoengineered magnetic beads. (Photo Credit: hemotune AG)
hemotune, a Wyss Zurich alumni project, has been recognized as one of the Top Innovative Companies in Switzerland 2024 by Bilanz and PME, in partnership with Statista!
hemotune AG has achieved ISO 13485 certification for its medical device quality management system.
CUTISS AG, hemotune AG, HYLOMORPH AG and Nanoflex Robotics AG receive funding within the framework of the Swiss Accelerator