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Engineered Microfibers for Tissue Engineering
ACS Applied Bio MaterialsHydrogel microfibers are hydrogel materials engineered into fiber structures. Techniques such as wet spinning, microfluidic spinning, and 3D bioprinting are often used to prepare microfibers due to their ability to precisely control the size, morphology, and structure of the microfibers. Microfibers with different structural morphologies have different
Riguga Su +7 more
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Nederlands tijdschrift voor tandheelkunde, 2002
Tissue engineering is a fast developing multidisciplinary field. Both from a medical and social point of view, there is great need to safe tissues and organs to overcome the shortage of donor organs and to reduce the health care cost. At the same time, progress made in the field of molecular sciences as well as in biomaterials and chemical engineering,
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Tissue engineering is a fast developing multidisciplinary field. Both from a medical and social point of view, there is great need to safe tissues and organs to overcome the shortage of donor organs and to reduce the health care cost. At the same time, progress made in the field of molecular sciences as well as in biomaterials and chemical engineering,
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Tissue Engineering in Otorhinolaryngology
DNA and Cell Biology, 2003Tissue engineering is a field of research with interdisciplinary cooperation between clinicians, cell biologists, and materials research scientists. Many medical specialties apply tissue engineering techniques for the development of artificial replacement tissue.
M, Bücheler, A, Haisch
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2004
Cartilage damage is of great clinical consequence given the tissue’s limited intrinsic potential for healing. Current treatments for cartilage repair are less than satisfactory, and rarely restore full function or return the tissue to its native normal state.
Gamze, Torun Köse, Vasif, Hasirci
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Cartilage damage is of great clinical consequence given the tissue’s limited intrinsic potential for healing. Current treatments for cartilage repair are less than satisfactory, and rarely restore full function or return the tissue to its native normal state.
Gamze, Torun Köse, Vasif, Hasirci
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Tissue engineering of the bladder
World Journal of Urology, 2000When gastrointestinal tissue is used for bladder augmentation or replacement, multiple complications may ensue, such as infection, metabolic disturbances, urolithiasis, perforation, increased mucous production, and malignancy. Therefore, alternative methods are being sought for cystoplasty.
G, Falke, J, Caffaratti, A, Atala
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Tissue Engineering of Ligaments
Annual Review of Biomedical Engineering, 2004▪ Abstract Tissue engineering is emerging as a significant clinical option to address tissue and organ failure by implanting biological substitutes for the compromised tissues. As compared to the transplantation of cells alone, engineered tissues offer the potential advantage of immediate functionality.
G, Vunjak-Novakovic +3 more
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Urologic Clinics of North America, 2010
The bladder can lose the ability to store and empty effectively as a result of numerous conditions. When conservative methods to maximize patient safety and quality of life fail, surgical reconstruction of the bladder is usually considered. Augmentation cystoplasty can be performed with the use of the small bowel, large bowel, or less often, stomach ...
Irina, Stanasel +2 more
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The bladder can lose the ability to store and empty effectively as a result of numerous conditions. When conservative methods to maximize patient safety and quality of life fail, surgical reconstruction of the bladder is usually considered. Augmentation cystoplasty can be performed with the use of the small bowel, large bowel, or less often, stomach ...
Irina, Stanasel +2 more
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Biomaterials for tissue engineering
World Journal of Urology, 2000Biomaterials play a critical role in the engineering of new functional genitourinary tissues for the replacement of lost or malfunctioning tissues. They provide a temporary scaffolding to guide new tissue growth and organization and may provide bioactive signals (e.g., cell-adhesion peptides and growth factors) required for the retention of tissue ...
B S, Kim, C E, Baez, A, Atala
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Trends in Biotechnology, 2000
Recent advances in stem-cell technology have improved the prognosis for tissue engineering. The use of cultured stem and/or progenitor cells has the potential to improve the extent of regeneration, and also increases the likelihood that the transplanted tissue will integrate with the surrounding tissue.
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Recent advances in stem-cell technology have improved the prognosis for tissue engineering. The use of cultured stem and/or progenitor cells has the potential to improve the extent of regeneration, and also increases the likelihood that the transplanted tissue will integrate with the surrounding tissue.
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