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Weighting, in the processing of silk, involves the application of metallic salts to add body and weight.
It is a mandatory stage in the processing of silk textiles, and is generally performed before the dying operation, to ultimately render the sericin into an industrial waste.
Favourable material properties, biocompatibility and easy processing of silk protein fibers into several forms make it a suitable material for biomedical applications.
The present article discusses the processing of silk fibroin into different forms of biomaterials followed by their uses in regeneration of different tissues.
Although silk forms only fibers in nature, synthetic techniques can be used to control the processing of silk into different morphologies, such as scaffolds, films, hydrogels, microcapsules, and micro- and nanospheres.
This article initially focuses on the structure and function of silk proteins produced naturally by silkworms and spiders, followed by the biological and technical processing of silk proteins into a variety of morphologies (including capsules, fibers, films, foams, gels and spheres).
Similar(54)
However, both the processing of biomimetic silk fibres and the basic studies on silk are hampered by the large variability of the fibre properties.
Its other industries included the processing of wool, silk, jute, hemp, and leather and the manufacture of clothing, metals, chemicals, and paper.
The stability and processing of spider silk films depend on the composition of the dope.
The use of water instead of HFIP in the dope construct for film formation has the potential to change the processing of spider silk products due to its low cost of production and significant lowering of toxicity to the environment and people.
The diverse processing plasticity of silk-based biomaterials offers a versatile platform for understanding the impact of structural and mechanical matrix properties on bladder regenerative processes.
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