Project Description

We want to study the effect of ultrasound on liquid-liquid phase separated droplets, specifically on biomolecular condensates. Potential effects include size control or increasing droplet activity (or droplet “swimming”). Ultrasound is a non-invasive technique, thus, the long-term goal could be the treatment of diseases caused by phase-separating or aggregating proteins with ultrasound.

Your Tasks and Responsibilities

Knowledge about these techniques is advantageous but not required.

• Sample preparation (biochemical laboratory) 
• Sample imaging (fluorescence microscopy, bright field microscopy)
• Ultrasound-sample interface installation
• Data acquisition and analysis (e.g. with python)

We are looking for a motivated and enthusiastic student to join our RG Lorenz. You should be enrolled in a university program in physics, materials science, biotechnology, biology, chemistry, or a related field, with a strong interest in biophysics. A willingness to learn new skills, high proficiency in English (written and spoken), and an independent work manner are highly valued for this position.

What We Offer 

• Opportunity to be part of a cutting-edge research project aimed to solve an unsolved challenge in the field of biophysics.
• Enhance your practical skills in biophysical research and data analysis through hands-on experience with state-of-the-art techniques.
• An inclusive and team-oriented work environment in an international, dynamic setting.
• The guidance and support of an experienced team