Karmactive Staff
Photo Source: Cell Reports Physical Science
NC State University's latest research uses ocean-derived biopolymers to offer a sustainable alternative to traditional plastics.
Karmactive Staff
Photo Source: Cell Reports Physical Science
The study focuses on combining chitosan from crab shells with agarose from seaweed to create strong, biodegradable films.
Karmactive Staff
Photo Source: Cell Reports Physical Science
These innovative films are transparent, water-repellent, and possess antibacterial properties, ideal for food and consumer goods packaging.
Karmactive Staff
Photo Source: Cell Reports Physical Science
The biodegradation process of these films involves enzymatic hydrolysis and microbial degradation, showcasing their environmental compatibility.
Karmactive Staff
Photo Source: Cell Reports Physical Science
Professor Orlin Velev, leading the research, emphasizes the challenge of integrating nat
ural polymers to match
synthetic films' properties.
Karmactive Staff
Photo Source: Cell Reports Physical Science
Ph.D. graduate Yosra Kotb highlights the chemical challenge in modifying natural polymers, solved by altering their morphology.
Karmactive Staff
Photo Source: Cell Reports Physical Science
The research aims to balance antibacterial efficiency with biodegradability, a unique feature of these biopolymer films.
Karmactive Staff
Photo Source: Cell Reports Physical Science
Future research directions include enhancing film impermeability and scaling up production processes.
Karmactive Staff
Photo Source: Cell Reports Physical Science
Supported by the National Science Foundation, this research aligns with global efforts to tackle pressing environmental concerns.
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