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Electrospinning is a popular and attractive technique for processing polymers into fibrous scaffolds mimicking the extracellular matrix of native tissue.
Ultrastructural analysis showed that the aminated group contains abundant granular substances resembling the extracellular matrix of native nucleus pulposus.
The design of these hybrids (denoted as HA-g-Dex TA) is based on tHA-g-Dex TAr structure of proteoglycans present in tHA-g-Dex TAlular matris of native cartilage.
Engineered scaffolds produced by electrospinning of biodegradable polymers offer a 3D, nanofibrous environment with controllable structural, chemical, and mechanical properties that mimic the extracellular matrix of native tissues and have shown promise for a number of tissue engineering applications.
The threshold distance increased to a minimum of 8 km in a matrix of native vegetation, suggesting landscape context affects the response of white-browed treecreepers to habitat fragmentation.
While the management is similar to central Chile, plantations rather exist as small patches surrounded by an environmental matrix of native plant formations (e.g. Nothofagus spp. forests and Nothofagus spp. scrublands).
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The matrix stiffness of native extracellular matrices (ECMs) or synthetic matrices is a key biophysical cue that regulates cellular functions including migration, differentiation, spreading, and proliferation.
Electrospinning is a scaffold fabrication technique that produces continuous nanofiber meshes that mimic the extracellular matrix (ECM) of native tissue.
We present an in-depth analysis of both current skin bioprinting works and the cellular and matrix components of native human skin.
However with regard to intervertebral disc tissue engineering, the use of a scaffold containing the principal extracellular matrix components of native disc tissue (i.e. collagen type II, aggrecan and hyaluronan) has not been investigated.
Nanofibrous nerve guides have gained huge interest in supporting the peripheral nerve regeneration due to their abilities to simulate the topography, mechanical, biological and extracellular matrix morphology of native tissue.
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