Katharina Stutz
Papers
1
Total Citations
5
H-Index
1
About
Katharina Stutz is a researcher whose work lies at the intersection of computational biology, peptide engineering, and evolutionary dynamics. Her key research areas include antimicrobial peptide (AMP) design, mitochondrial targeting, and the application of directed evolution to explore sequence space. In her most notable study, “Attractors in Sequence Space: Peptide Morphing by Directed Simulated Evolution” (2015, 5 citations), Stutz investigates how certain antimicrobial peptides and mitochondrial targeting peptides share biophysical features—such as positive net charge, helical propensity, and membrane interaction—despite serving distinct biological roles. Her work demonstrates that AMPs primarily disrupt membrane integrity, while mTPs engage in selective mitochondrial import, yet both can be “morphed” through simulated evolution. This insight offers a powerful framework for engineering multifunctional peptides. Though her citation count is modest, Stutz’s contribution is conceptually significant: she bridges computational simulation and experimental peptide design, providing a platform for developing novel therapeutics. Her research is especially valuable for students and researchers interested in peptide-based drug discovery, evolutionary algorithms, and the hidden plasticity of protein sequence space.
Research Focus
Key Achievements
Top Papers
- 1