Geshani C. Bandara

This study develops collagen-glycosaminoglycan scaffolds with aligned pores and basement membrane proteins to enhance skeletal muscle tissue engineering.

This paper develops a multicompartment collagen scaffold with aligned pores and conductive regions to mimic the muscle-tendon junction, supporting stratified cell behavior and maintaining mechanical properties.

This study shows heparin-modified collagen-GAG scaffolds enhance myoblast metabolic activity and myogenic differentiation compared to other GAG scaffolds.

This study evaluates the effectiveness of collagen-glycosaminoglycan scaffolds in repairing volumetric muscle loss injuries in rats, showing improved muscle function and cellular repair.