Projects of the group

Current Projects

Name	Description	Funds
BioProS	The goal of BioProS is to optimize the production processes for therapeutic viruses through better quality control. A biohybrid sensor technology monitors cell-based virus infection cycles in real time. For this purpose, optical sensor technology is combined with cell-based measurement principles.	EU
Biointelligente Sensorik	The interdisciplinary project “Biointelligente Sensorik" ("biointelligent sensor technology") is located between basic research and method development and aims at the applicability for the characterization of viral therapeutics.This is achieved through an elegant combination of time-resolved, label-free sensor technology with cells as a recognition element.	University of Tübingen
ENDOR	Development of a sensor for the detection of residual oil in compressed air using optical reflectometry The aim of the project is to develop and test a sensor for detecting residual oil in compressed air. For this purpose, a new type of optical sensor unit is being developed and tested, the functional principle of which is based on reflectometric interferometry and enables quasi-continuous monitoring. Translated with DeepL.com (free version)	BMWK

Name

Description

Funds

The goal of BioProS is to optimize the production processes for therapeutic viruses through better quality control. A biohybrid sensor technology monitors cell-based virus infection cycles in real time. For this purpose, optical sensor technology is combined with cell-based measurement principles.

Biointelligente Sensorik

The interdisciplinary project “Biointelligente Sensorik" ("biointelligent sensor technology") is located between basic research and method development and aims at the applicability for the characterization of viral therapeutics.This is achieved through an elegant combination of time-resolved, label-free sensor technology with cells as a recognition element.

University of Tübingen

ENDOR

Development of a sensor for the detection of residual oil in compressed air using optical reflectometry
The aim of the project is to develop and test a sensor for detecting residual oil in compressed air. For this purpose, a new type of optical sensor unit is being developed and tested, the functional principle of which is based on reflectometric interferometry and enables quasi-continuous monitoring.

Translated with DeepL.com (free version)

BMWK