Results 261 to 270 of about 118,579 (304)
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Biomaterials, Artificial Cells and Artificial Organs, 1990
Chitosan [a (1----4) 2-amino-2-deoxy-beta-D-Glucan] is a unique polysaccharide derived from chitin. Several attempts have been made to use this biopolymer in biomedical field. The use of this material in the development of hemodialysis membranes, artificial skin, drug targetting and other applications are discussed.
T, Chandy, C P, Sharma
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Chitosan [a (1----4) 2-amino-2-deoxy-beta-D-Glucan] is a unique polysaccharide derived from chitin. Several attempts have been made to use this biopolymer in biomedical field. The use of this material in the development of hemodialysis membranes, artificial skin, drug targetting and other applications are discussed.
T, Chandy, C P, Sharma
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1999
This chapter reviews some important properties of collagen-rich tissues. Collagen is a multifunctional family of proteins of unique structural characteristics. The collagen-rich tissues can be thought of as a composite polymeric material in which the highly oriented crystalline collagen fibrils are embedded in the amorphous ground substance of ...
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This chapter reviews some important properties of collagen-rich tissues. Collagen is a multifunctional family of proteins of unique structural characteristics. The collagen-rich tissues can be thought of as a composite polymeric material in which the highly oriented crystalline collagen fibrils are embedded in the amorphous ground substance of ...
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JAMA: The Journal of the American Medical Association, 1984
To the Editor.— The participants at the Conference on the Clinical Applications of Biomaterials held at the National Institutes of Health were "charged with addressing the area of greatest clinical need in which the state of the art today is feasible and practical."1Their report cited biomaterial applications in cardiovascular surgery, plastic surgery,
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To the Editor.— The participants at the Conference on the Clinical Applications of Biomaterials held at the National Institutes of Health were "charged with addressing the area of greatest clinical need in which the state of the art today is feasible and practical."1Their report cited biomaterial applications in cardiovascular surgery, plastic surgery,
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Current Urology Reports, 2003
Biomaterials such as urethral catheters, urethral stents, and ureteral stents are commonly used in patients with urologic disorders. There are currently many different bulk materials and coatings available for the manufacture of urinary tract biomaterials; however, the ideal material has yet to be discovered.
Darren T, Beiko +3 more
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Biomaterials such as urethral catheters, urethral stents, and ureteral stents are commonly used in patients with urologic disorders. There are currently many different bulk materials and coatings available for the manufacture of urinary tract biomaterials; however, the ideal material has yet to be discovered.
Darren T, Beiko +3 more
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Journal of Biomaterials Applications, 1987
Entrepreneurial companies in biomaterials serve a valuable function in lowering the risk of developing new products and devices. In many cases liability considerations and a pragmatic conservatism make it difficult for established health-care products suppliers to develop new products directly.
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Entrepreneurial companies in biomaterials serve a valuable function in lowering the risk of developing new products and devices. In many cases liability considerations and a pragmatic conservatism make it difficult for established health-care products suppliers to develop new products directly.
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Biomaterials 2021: Future of biomaterials
Current Opinion in Biomedical Engineering, 2021Himansu Sekhar Nanda +3 more
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Biomaterials: Intelligent biomaterials 2023
Current Opinion in Biomedical Engineering, 2023Himansu Sekhar Nanda +4 more
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Orthopedic Clinics of North America, 1973
SUMMARY The advent of total hip replacement has presented new problems in the compatibility of biomaterials. For the first time, as many as three different materials are used in juxtaposition. Compatibility signifies that mutual interactions of the body and the implant cause little if any changes in either one.
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SUMMARY The advent of total hip replacement has presented new problems in the compatibility of biomaterials. For the first time, as many as three different materials are used in juxtaposition. Compatibility signifies that mutual interactions of the body and the implant cause little if any changes in either one.
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Current Opinion in Biotechnology, 1999
The most important advances in the field of biomaterials over the past few years have been in bioactive biomaterials. Materials have been developed to incorporate bioactivity through biological recognition, including incorporation of adhesion factors, polyanionic sites that mimic the electrostatics of biological regulatory polysaccharides, and cleavage
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The most important advances in the field of biomaterials over the past few years have been in bioactive biomaterials. Materials have been developed to incorporate bioactivity through biological recognition, including incorporation of adhesion factors, polyanionic sites that mimic the electrostatics of biological regulatory polysaccharides, and cleavage
openaire +4 more sources