Ali Miserez

The paper uses machine learning to discover antimicrobial peptides through an unintended functional property revealed by the algorithm.

The paper uses mass photometry to study RNA-protein interactions in phase-separated systems, showing RNA promotes tau multimerization and phase re-entry.

This study shows that the C-terminal domain of coronavirus E protein can modulate liposome shape by forming amyloid fibers, suggesting a mechanism for membrane interaction in host cells.

This paper investigates the structural organization of peptide coacervate microdroplets using spectroscopy and microscopy, revealing dynamic interactions and cargo sequestration mechanisms.

This paper identifies evolutionarily conserved LRR proteins in velvet worm slime that form receptor-like structures, enabling reversible supramolecular network formation in bioadhesive fibers.

This paper designs histidine-rich peptides with cation-π interactions to create stable coacervates for controlled intracellular delivery of macromolecules, including CRISPR/Cas9, into cells.

This study manipulates phase-separating peptide sequences to control coacervate microdroplet properties and intracellular delivery kinetics of macromolecules.

The paper uses liquid-liquid phase separation to protect amyloidogenic peptides from aggregation during expression and purification.