Eco-Biomaterials: Sustainable Drug Delivery Platforms from Natural Polymers and Waste Derivatives

Abstract

The increasing demand for sustainable and eco-friendly drug delivery systems has driven significant interest in the development of eco-biomaterials derived from natural polymers and waste derivatives. This review explores the potential of these renewable resources as versatile platforms for controlled and targeted drug delivery applications. Natural polymers along with bio-waste derivatives, offer unique advantages including biocompatibility, biodegradability, and cost-effectiveness. Additionally, the environmental benefits of utilizing waste-derived biomaterials are highlighted, showcasing a circular economy approach that reduces environmental impact while enhancing healthcare outcomes. This overview underscores the promise of eco-biomaterials as sustainable alternatives to conventional synthetic carriers, paving the way for greener pharmaceutical technologies and improved patient care.