Roche C. de Guzman

This study uses keratin-PEG hydrogels to deliver BMP-2 and LECT-1 intramuscularly, showing that co-delivery enhances ectopic bone and cartilage formation in mice.

This study evaluates the effects of residual hair biomaterial particulates, electrical stimulation, and their combination on skin wound healing, finding they accelerate closure and improve tissue regeneration.

This study examines how chemical treatments affect the mechanical properties of human hair strands, finding that NaOH treatment enhances stiffness and strength while preserving extensibility.

This paper investigates the biocompatibility of residual human hair with varying keratin-associated protein (KAP) levels, finding that lower KAP levels reduce foreign body response in vivo.

This paper investigates the anti-fibrotic effects of atorvastatin-loaded keratin hydrogels by evaluating their drug release, cytotoxicity, and impact on fibroblast proliferation.