Analysis platform for molecular mechanisms and cellular functions

Forschungsprojekt Analyseplattform

Research project at a glance

An analysis platform consisting of four components offers a significant expansion of biomedical analysis possibilities at Hochschule Bonn-Rhein-Sieg (H-BRS). A binding analysis device based on microscaled thermophoresis contributes an innovative approach to characterising interactions involving proteins. A multi-mode detection device for UV/Vis, fluorescence and luminescence allows, among other things, a variety of enzyme activity tests and imaging studies in new or improved form. An automated patch clamp system and a system for solid-supported membrane (SSM)-based electrophysiology for high-resolution transporter studies provide the equipment basis for expanding research into membrane transport processes and other molecular mechanisms of disease development.
Forschungsprojekt Analyseplattform

Keywords

Funding type

Publicly funded research

Period

01.08.2023 to 31.07.2026

Project manager at H-BRS

Project Description

With the "Analysis Platform for Molecular Mechanisms and Cellular Functions" consisting of four components, three bioscientists are striving to significantly expand the biomedical analysis possibilities at the Hochschule Bonn-Rhein-Sieg (H-BRS).

This project is funded by a large-scale equipment initiative of the German Research Foundation. The already well-established research of the Institute for Functional Gene Analysis (IFGA) in the field of nucleic acid analysis, is now to be further developed by establishing additional functional investigations.

  • A binding analysis device based on microscaled thermophoresis contributes an innovative approach to the characterisation of interactions involving proteins.
  • A multi-mode detection device for UV/Vis, fluorescence and luminescence allows, among other things, a variety of enzyme activity tests and imaging investigations.
  • An automated patch clamp system and a system for solid-supported membrane (SSM)-based electrophysiology for high-resolution transporter studies provide the equipment basis for expanding research into inborn errors of metabolism, channelopathies and drug design.

Cooperating professors