ilks are fibrous proteins, which ar

ilks are fibrous proteins, which are spun by a variety of species including silkworms and spiders.
Silks have common structural components and have a hierarchical structure. Silkworm silk must be
degummed for biomedical applications in order to remove the immunogenic sericin coating. It may
subsequently be processed into a variety of forms, often via the formation of a fibroin solution,
including films, fibres and sponges, and used in combination with other materials such as gelatine
and hydroxyapatite. Spider silks do not have a sericin coating and may be used in natural fibre form
or processed via formation of a spidroin solution. Both silkworm and spider silks have been reported
to support attachment and proliferation of a variety of cell types. Silks have subsequently been
investigated for use in tissue engineering. This chapter provides a general overview of silk
biomaterials, discussing their processing, biocompatibility and degradation behaviour and paying
particular attention to their applications in tissue engineering.

ผลลัพธ์ (อังกฤษ) 2:

Ilks are fibrous Proteins, which are Spun by a Variety of Species including silkworms and spiders.
Silks Have Common structural components and Have a hierarchical structure. Silkworm Silk must be
Degummed for Biomedical Applications in Order to Remove The immunogenic sericin coating. It May
be subsequently Processed Into a Variety of forms, often via The Formation of a fibroin Solution,
including Films, Fibres and sponges, and Such As Used in Combination with Other materials gelatine
and hydroxyapatite. Spider Silks do Not Have a sericin coating and May be Used in natural Fibre Form
or Processed via Formation of a Spidroin Solution. Both Silkworm and Spider Silks Have been Reported
to support a Variety of Cell Attachment and proliferation of types. Have Silks subsequently been
Investigated for Use in Tissue Engineering. This Chapter provides a general Overview of Silk
Biomaterials, discussing their processing, biocompatibility and degradation behavior and paying
particular Attention to their Applications in Tissue Engineering.