Abstract

Engineered heparin-based biomaterials have emerged as a versatile and promising class of materials with diverse biomedical applications. Leveraging the inherent bioactivity of heparin and advances in material engineering, researchers have developed tailored biomaterials that exhibit unique properties for applications ranging from drug delivery and tissue engineering to wound healing and diagnostics [1]. This article provides a comprehensive overview of the multifaceted potential of engineered heparin-based biomaterials. It explores their design principles, interactions with biological systems, and implications for various biomedical domains. Through a synthesis of current research, this article highlights the transformative impact of these biomaterials and discusses their role in shaping the future of modern medicine [2].