Projects funded by the European Union

Onkother-H

Innovative therapies against skin cancer together with the INP and other regional partners - with funding from the State Excellence Research Program of Mecklenburg- Western Pomerania.

Kombi-Max

Development of a combined device for the targeted chemo-physical modification of ingredients in suspensions using ultrasound and cold plasma.

„Bacteria-CAM“

Development of a combination of cold plasma devices and a hyperspectral camera - "Bacteria-CAM."

The project described below receives financial support from the European Union through the European Regional Development Fund and the State of Mecklenburg-Western Pomerania.

Early diagnosis of inflammations

Establishment of an early diagnosis of inflammatory changes in the sole of the foot for wound prevention

The project described below receives financial support from the European Union through the European Regional Development Fund and the State of Mecklenburg-Western Pomerania.

Kompetenzzentrum Diabetes Karlsburg

Infrastructure for close-to-patient, application-oriented and interdisciplinary collaborative research in the field of the treatment of chronic wounds.

PLASMA Wundzirkel

Nationwide network for the exchange of experience between physicians, scientists, device manufacturers and patients in the field of plasma medicine…

Prisma

PRISMA worked with partners to optimize plasma spraying processes for thin ceramic and metallic coatings in electric vehicle heating systems in order to improve coating quality, material utilization, and process stability for industrial manufacturing.

Sporosan

Innovative hand disinfection method with an unprecedented spectrum of activity for combating infections caused by viruses and stubborn bacterial spores.

AmbuPlas – Cold plasma therapy in outpatient wound care

The joint research project focuses on the development of a new device that enables the outpatient use of plasma. To this end, OT is actively developing a device that standardizes mobile plasma application.

P-Array – Design of a plasma jet array for clinical and outpatient use based on the kINPen® MED

The joint research project “P-Array” aims to scale up the extensively researched plasma jet technology and increase mobility through the use of an accumulator.

Early diagnosis of inflammatory changes in the sole of the foot

Research and development of an early warning and monitoring system for diabetic foot syndrome (DFS) and its implementation in a telemedical diabetes care network.

Hyperspectral differentiation of bacteria in wounds

System for assessing and documenting the bacterial load in wounds during the wound healing process.

Plasma modulation of stem cell clusters

Development of technologies for the activation and clinical application of stem cells for the treatment of chronic wounds.

Cold plasma therapy in outpatient wound care

Design, construction and validation of a plasma pocket – a technological solution for mobile and outpatient use of medical plasma sources.

WoundPro

Research and experimental development of a technical solution for automated wound edge detection with integration of non-invasive wound depth measurement.

CeraCoatPlus

The project goal of the Leibniz Institute for Plasma Science and Technology is the development of such functional layers by means of PECVD, which also allow the application of the measuring principle for porous and sensitive components.