Julio M. Coll

The paper computationally identifies cyclic peptides targeting Plasmodium falciparum's circumsporozoite protein with high affinity and stability, suggesting potential for antimalarial development.

The paper computationally designs cyclic peptides targeting Plasmodium falciparum CSP to improve malaria vaccine efficacy.

The paper computationally identifies peptides and acetic-polymers targeting the Listeria monocytogenes prfA virulence regulon using evoluteca generation, docking, and Boltz2 for ligand affinity prediction.

The paper uses RFdiffusion to generate peptide-binders targeting poxvirus F13L homodimer interfaces, achieving picoMolar affinities and improved stability against proteases.