Philipp Koch

I applied genome mining, protein engineering, high-throughput screening, computational big data analyses, and lead discovery to design, characterize and test antimicrobials. Detail: Techniques of molecular/synthetic biology to optimize expression systems; bioinformatic methods based on R/python to analyzed large data sets generated by e.g. NGS or genome mining; Analytical methods to analyze and purify peptides; laboratory automation to characterize the clinical potential of our screening hits.

- Cell culture testings of potential HBV-drug candidates - High-throughput-screening of pharmaceutical libraries -Laboratory of Prof. Ulrike Protzer

- Supervising courses in experimental physics - Teaching and grading electrodynamics

- Industrial process engineering - Specification of unit operations - Analysis of formulations - Project management

- Method development of High-Throughput-Screening for HBV inhibitors - Culture of suitable hepatoma cell line

- Cell tracking with special tracking-software - Validation assays -Laboratory of Prof. Timm. Schroeder