Ushasi Pramanik

This study examines how substituents on benzyl groups affect self-assembly and immunogenicity of amphipathic peptides, showing that chemical modifications influence fibril formation and immune responses.

This paper shows that enantiomeric histidine-rich peptides form coacervates that enhance antigen delivery to T cells, improving immune response.

This paper uses GPT-based models to generate protein sequences prone to liquid-liquid phase separation and validates their ability to form phase-separated states.