Results 251 to 260 of about 4,624,023 (286)
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Gastrointestinal Endoscopy Clinics of North America, 1994
A second generation of tissue sensitizers has been formulated for the photodynamic ablation of cancer. The photophysical and biologic properties of these agents will determine their activity and clinical use. Investigations of sensitizer properties are discussed, providing a foundation for sensitizer selection, followed by a summary of clinical reports.
S K, Heier, L M, Heier
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A second generation of tissue sensitizers has been formulated for the photodynamic ablation of cancer. The photophysical and biologic properties of these agents will determine their activity and clinical use. Investigations of sensitizer properties are discussed, providing a foundation for sensitizer selection, followed by a summary of clinical reports.
S K, Heier, L M, Heier
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2009
Modern array technologies allow for the simultaneous screening of virtually all human genes on the DNA and RNA level. Studies using such techniques have lead to the identification of hundreds of genes with a potential role in cancer or other diseases. The validation of all of these candidate genes requires in situ analysis of high numbers of clinical ...
Ana-Maria, Dancau +3 more
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Modern array technologies allow for the simultaneous screening of virtually all human genes on the DNA and RNA level. Studies using such techniques have lead to the identification of hundreds of genes with a potential role in cancer or other diseases. The validation of all of these candidate genes requires in situ analysis of high numbers of clinical ...
Ana-Maria, Dancau +3 more
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Journal of Mammary Gland Biology and Neoplasia, 2003
High-throughput tissue microarray (TMA) technology facilitates the assessment of the clinical relevance of molecular markers by enabling the simultaneous analysis of hundreds of tissue specimens. The widespread adoption of TMAs in many laboratories replaces the conventional one-slide-one-section approach, in which individual archival clinical specimens
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High-throughput tissue microarray (TMA) technology facilitates the assessment of the clinical relevance of molecular markers by enabling the simultaneous analysis of hundreds of tissue specimens. The widespread adoption of TMAs in many laboratories replaces the conventional one-slide-one-section approach, in which individual archival clinical specimens
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Gastrointestinal Endoscopy Clinics of North America, 1994
Tissue staining has broad clinical and research application in gastroenterology but remains underused. New application and the development of novel "stains" should result in improved detection of gastrointestinal disease. Expanded research in tissue staining is needed and data on outcome effectiveness awaited.
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Tissue staining has broad clinical and research application in gastroenterology but remains underused. New application and the development of novel "stains" should result in improved detection of gastrointestinal disease. Expanded research in tissue staining is needed and data on outcome effectiveness awaited.
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Current Opinion in Otolaryngology & Head and Neck Surgery, 2005
Regenerative medicine holds promise for the restoration of tissues and organs damaged by wear, trauma, neoplasm, or congenital deformity. Tissue engineering combines the disciplines of cell biology and biomedical engineering to effect the design and maturation of various tissues. Despite progress in some areas of tissue regeneration, there has not been
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Regenerative medicine holds promise for the restoration of tissues and organs damaged by wear, trauma, neoplasm, or congenital deformity. Tissue engineering combines the disciplines of cell biology and biomedical engineering to effect the design and maturation of various tissues. Despite progress in some areas of tissue regeneration, there has not been
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Clinics in Plastic Surgery, 2003
Tissue engineering will potentially change the practice of plastic surgery more than any other clinical specialty. It is an interdisciplinary field that promises new methods of tissue repair. There has been more than $3.5 billion invested in this field since 1990.
Michael J, Miller, Charles W, Patrick
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Tissue engineering will potentially change the practice of plastic surgery more than any other clinical specialty. It is an interdisciplinary field that promises new methods of tissue repair. There has been more than $3.5 billion invested in this field since 1990.
Michael J, Miller, Charles W, Patrick
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Journal of Wound Care, 1999
A review of the formation, causes and management of hypergranulation tissue.
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A review of the formation, causes and management of hypergranulation tissue.
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Tissue engineering: Tubular tissues
1996A wide range of tissues within the body share a common tubular geometry. This chapter will focus on the approaches and challenges to engineer tubular tissues which contain a central lumen. These tissues (e.g., intestine, trachea) share the basic function of allowing flow, or convective transport of some material through the tissue.
David J. Mooney +2 more
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