We report on the dissolution of semi-domestic silk type Antheraea assamensis using ionic liquids. We investigated the impact of different coagulating solvents, including isopropanol and water on the structure and the morphology of the regenerated silk. We found that the water regenerated silk film showed a high β-sheet content and a native silk-like XRD pattern
Keratin, one of the most abundant natural biopolymers, can be obtained from different sources such a...
Ionic liquids (ILs) are eco-friendly solvents and exhibit excellent performance for dissolution and ...
Keratin, regenerated from wool fibers, is widely used in the textile and medicine fields. In this wo...
The novel use of ionic liquid as a solvent for biodegradable and natural organic biomaterials has in...
The advent of tissue engineering has spurred research into developing materials to act as scaffolds ...
We studied the dependence of dissolution of silk fibroin (SF) in mixtures of DMSO with ionic liquids...
Silkworm pupa protein (SPP) that obtained by traditional method usually had a high fat content, whic...
The blending of macromolecules such as proteins with polysaccharides has many applications in the me...
Silk is one of the most desirable textile fibers due to its unprecedented flexibility, strength, and...
Silk (SF) is an attractive biomaterial to be used in tissue engineering applications because of its ...
We report on the blending of cotton and duck feather towards developing a new textile fibre. The cot...
Dissolution and regeneration of cotton pulp using ionic liquids as solvent was investigated. The phy...
This study investigated the dissolution of silk multifilament fibers in the ionic liquid 1-ethyl-3-m...
Facile dissolution of silk fibroin by using sustainable solvents is the first challenge to be overco...
Cellulose, especially wood-based cellulose, is increasingly important for making everyday materials ...
Keratin, one of the most abundant natural biopolymers, can be obtained from different sources such a...
Ionic liquids (ILs) are eco-friendly solvents and exhibit excellent performance for dissolution and ...
Keratin, regenerated from wool fibers, is widely used in the textile and medicine fields. In this wo...
The novel use of ionic liquid as a solvent for biodegradable and natural organic biomaterials has in...
The advent of tissue engineering has spurred research into developing materials to act as scaffolds ...
We studied the dependence of dissolution of silk fibroin (SF) in mixtures of DMSO with ionic liquids...
Silkworm pupa protein (SPP) that obtained by traditional method usually had a high fat content, whic...
The blending of macromolecules such as proteins with polysaccharides has many applications in the me...
Silk is one of the most desirable textile fibers due to its unprecedented flexibility, strength, and...
Silk (SF) is an attractive biomaterial to be used in tissue engineering applications because of its ...
We report on the blending of cotton and duck feather towards developing a new textile fibre. The cot...
Dissolution and regeneration of cotton pulp using ionic liquids as solvent was investigated. The phy...
This study investigated the dissolution of silk multifilament fibers in the ionic liquid 1-ethyl-3-m...
Facile dissolution of silk fibroin by using sustainable solvents is the first challenge to be overco...
Cellulose, especially wood-based cellulose, is increasingly important for making everyday materials ...
Keratin, one of the most abundant natural biopolymers, can be obtained from different sources such a...
Ionic liquids (ILs) are eco-friendly solvents and exhibit excellent performance for dissolution and ...
Keratin, regenerated from wool fibers, is widely used in the textile and medicine fields. In this wo...