Scientists from the University of Bayreuth produced a novel biobased raw material for a wide range of high-performance plastics
Scientists from the University of Bayreuth produced a novel biobased raw material for a wide range of high-performance plastics
Design principles, and ways to manufacture them via additive manufacturing are studied, to achieve an amplification in mechanical properties of materials.
Different mechanisms for imparting conductivity to non-conductive polymeric biomaterials are discussed in a review by Patton et. al.
Researchers in China have developed a novel probe for in vivo sialome imaging. Based on the click reaction the fluorophore is generated in situ.
Silk, elastin and collagen are naturally occurring fibrous proteins with a tremendous potential in biomaterial systems.
Researchers at Sichuan University have created an alternative to conventional leather lubricants using synthetic copolymers.
The oxidation-responsive behavior of polymeric platforms in different microenvironments as well as biomedical applications are discussed
Researchers study new bioactive scaffolds based on PLA fibers, modified with a peptide sequence derived from fibronectin, an extracellular matrix component.
An advantageous side-by-side strategy is used to produce two-in-one fibers of poly(L-lactide) (PLLA) and silk fibroin
A new study shows that mechanical properties of Bombyx mori silk fibroin can be tuned by coupling it with another biocompatible polymer.