Abstract

This study explores the use of glycoproteins as a foundation for creating proton-conductive free-standing biopolymers. Glycoproteins, known for their functional groups and structural versatility, were utilized to enhance the proton conductivity of biopolymer films. The research involved synthesizing biopolymer matrices incorporating glycoproteins, followed by an assessment of their proton conductivity, mechanical properties, and stability. Results demonstrated that glycoprotein-based biopolymers exhibited significant improvements in proton conductivity compared to traditional biopolymer films, making them suitable for applications in fuel cells and sensors. This novel approach offers a promising pathway for developing advanced materials with enhanced performance for energy and environmental technologies.