Exact(3)
Tissue engineering combines the principles of materials and cell transplantation to develop substitute tissues and/or promote endogenous regeneration.
Many of the models, with further development and refinement, have the potential to be useful as functional substitute tissues and organs for transplantation or for in vitro toxicology testing.
The process of using tissue engineering to restore or substitute tissues or organs damaged by accidents, congenital defects, or diseases involves the in vitro propagation of viable cells attached to biological or synthetic supports, known as scaffolds [ 6].
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Paws were fixed in 10% paraformaldehyde/PBS (pH 7.4), decalcified for 4 days in 5% nitric acid (Sigma-Aldrich), dehydrated in ethanol series and xylene substitute (Tissue-Clear, Sakura Finetek, Tokyo, Japan) and embedded in paraffin.
The ability to track these microstructures was also confirmed in a mock injection into substitute tissue, as physiologic injections of discrete polymeric microstructures may not be confined to a concentrated area depending on the density of the target tissue and the volume of the fluid injection delivered.
Calcium phosphate/chitosan composites have been extensively studied as bone substitutes, tissue engineering scaffolds, or bone cements.
Tissue engineering is defined as the use of isolated cells or cell substitutes, tissue inducers, and cells placed on or in a matrix to repair and regenerate tissue [ 2].
Decellularized scaffolds have been used to substitute various tissues with promising results, reaching clinical application.
COL-1 has been used in numerous applications: drug delivery, skin substitute, soft tissue augmentation, suturing, and tissue engineering substrate [ 14, 15].
In the brain, the substitute for tissue compliance, which dissipates arterial pulsations in non-cranial tissues, is the overall intracranial compliance.
Our objective is to develop a synthetic biodegradable replacement dermal substitute for tissue engineering of skin and oral mucosa.
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