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Fragile historic silk samples excavated from Bailuzhou Cemetery (475 B.C.-221 B.C).
The dyed silk samples were placed in 100°C oven for up to 7 days.
Instead, artificially aged silk samples were used as substitutes for the restoration experiments.
This method is valid for the consolidation of the aged silk samples.
Ancient and artificially carbonized silk samples were treated using this method.
This result demonstrated that transglutaminase-mediated polymerisation controlled by infrared lamp proceeded effectively on silk samples.
Artificially aged (dry thermal ageing) silk samples were restored using this method.
Due to a long burial time, historic silk samples excavated from Bailuzhou Cemetery (475 B.C.-221 B.C).
It is clear that a multitude of carbon radicals were generated in the artificially carbonized silk samples.
These biopolymers filled in the fractures of the silk fiber and improved the ageing resistance of the silk samples.
Silk samples were then assessed using a humanized hemocompatibility system that employs whole blood and endothelial cells.
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