Internship followed by a Master's thesis on the morphomechanical characterization of cells
Vor 6 Tagen
Leipzig, Saxony, Deutschland
Fraunhofer-Gesellschaft
Vollzeit
Kostenlos per E-Mail oder Google
Speichern Sie diesen Job und halten Sie Ihre Suche organisiert
Erstellen Sie ein kostenloses Konto, um Jobs zu speichern, Benachrichtigungen zu erstellen und von Ihrem Dashboard aus zu diesem Eintrag zurückzukehren.
Kostenlos per E-Mail oder Google
At the Fraunhofer Institute for Cell Therapy and Immunology IZI, we bring
together the expertise of our employees to drive medical progress. Our focus is
on cell and gene therapy, pharmaceuticals and vaccines, molecular and immune
diagnostics, and other innovative topics. We are the professional home for
scientists, engineers, laboratory technicians, and administrative staff who work
together in the service of health.
Would you like to put your theoretical knowledge into practice and gain exciting
insights into cutting-edge interdisciplinary research? Then you’ve come to the
right place
For our “Integrative Biomarkers and Nanotools” research group at our Leipzig
site, we are recruiting a Master’s student to begin an internship, followed by a
thesis project, in October 2026. The research group focuses, among other things,
on analyzing the morphomechanical properties of a wide variety of cell types.
Be part of change
In cases of cognitive and chronic diseases, the morphology and mechanical
properties of cells can provide early and sensitive indications of pathological
changes
- sometimes even before traditional molecular markers become detectable. The goal of your thesis is to conduct morphomechanical analyses of cells in order to identify potential new diagnostic approaches based on your observations. In doing so, you will take on the following exciting tasks:
* You will culture eukaryotic cells and establish stable cell cultures.
* You will familiarize yourself with the application of modern cytometric methods and perform, for example, flow cytometry and deformation cytometry (DC).
* You will plan, apply, and evaluate the results of fundamental biological and biochemical laboratory methods.
- sometimes even before traditional molecular markers become detectable. The goal of your thesis is to conduct morphomechanical analyses of cells in order to identify potential new diagnostic approaches based on your observations. In doing so, you will take on the following exciting tasks:
* You will culture eukaryotic cells and establish stable cell cultures.
* You will familiarize yourself with the application of modern cytometric methods and perform, for example, flow cytometry and deformation cytometry (DC).
* You will plan, apply, and evaluate the results of fundamental biological and biochemical laboratory methods.