Results 251 to 260 of about 12,058,080 (291)
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2003
This article will describe the basic techniques required for successful cell culture. It will also act to introduce some of the other chapters in this volume. It is not intended, as this volume is not, to describe the establishment of a tissue culture laboratory, nor to provide a historical or theoretical survey of cell culture. There are several books
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This article will describe the basic techniques required for successful cell culture. It will also act to introduce some of the other chapters in this volume. It is not intended, as this volume is not, to describe the establishment of a tissue culture laboratory, nor to provide a historical or theoretical survey of cell culture. There are several books
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Experimental Cell Research, 1957
Abstract Gas exchange, introduction of nutrients, and removal of waste products can be regulated in a new device for continuous sustained culture of cells in suspension. Strain L, clone 929, fibroblasts; HeLa cells; and strains KB, and Chang, liver cells were successfully propagated in this device.
K.S. McCarty, S. Graff
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Abstract Gas exchange, introduction of nutrients, and removal of waste products can be regulated in a new device for continuous sustained culture of cells in suspension. Strain L, clone 929, fibroblasts; HeLa cells; and strains KB, and Chang, liver cells were successfully propagated in this device.
K.S. McCarty, S. Graff
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2010
Various cell types including stem cells, epithelial, neuronal and mesenchymal cells as well as different tumour cell types can be grown in vitro in tissue culture dishes or bottles. Routinely, plastic tissue culture dishes are used and cells can survive and multiply when supplied with appropriate culture medium, temperature and atmosphere.
Jürgen Roth, Margit Pavelka
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Various cell types including stem cells, epithelial, neuronal and mesenchymal cells as well as different tumour cell types can be grown in vitro in tissue culture dishes or bottles. Routinely, plastic tissue culture dishes are used and cells can survive and multiply when supplied with appropriate culture medium, temperature and atmosphere.
Jürgen Roth, Margit Pavelka
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Current Opinion in Biotechnology, 1998
Most cells can exhibit a biochemical pathway which mediates their own destruction in a highly controlled and genetically defined manner. In animal cells, a morphologically distinct form of this 'programmed cell death' has been identified and extensively characterised. This phenomenon, which has been named apoptosis, accounts for most of the cell deaths
R. P. Singh, Mohamed Al-Rubeai
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Most cells can exhibit a biochemical pathway which mediates their own destruction in a highly controlled and genetically defined manner. In animal cells, a morphologically distinct form of this 'programmed cell death' has been identified and extensively characterised. This phenomenon, which has been named apoptosis, accounts for most of the cell deaths
R. P. Singh, Mohamed Al-Rubeai
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, 2013 This chapter reviews the use of urothelial cells as a means to enhance tissue regeneration and wound healing in urinary tract system. It addresses the properties of urothelial cells, including their role as a permeability barrier to protect underlying muscle tissue from the caustic effects of urine and as one of the main cell types, along with smooth ...
Yuanyuan Zhang, Anthony Atala
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Journal of Electron Microscopy Technique, 1988
AbstractMethods for the establishment and growth of renal cell types in culture are reviewed, with emphasis on current trends. General techniques available for the isolation and culture of glomerular cells have progressed from explant to enzyme dissociation and cloning techniques.
Jeffrey I. Kreisberg +3 more
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AbstractMethods for the establishment and growth of renal cell types in culture are reviewed, with emphasis on current trends. General techniques available for the isolation and culture of glomerular cells have progressed from explant to enzyme dissociation and cloning techniques.
Jeffrey I. Kreisberg +3 more
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Nature, 1959
Cell and Tissue Culture By Dr. John Paul. Pp. viii + 261 + 9 plates. (Edinburgh and London: E. and S. Livingstone, Ltd., 1959.) 30s. net.
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Cell and Tissue Culture By Dr. John Paul. Pp. viii + 261 + 9 plates. (Edinburgh and London: E. and S. Livingstone, Ltd., 1959.) 30s. net.
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2003
Keratocytes, or cornea1 fibroblasts, are the primary cell type of the cornea1 stroma. They lie between and are oriented parallel to the orthogonally arranged collagen lamellae, forming a continuous interconnecting cellular network that has been hypothesized to transmit information throughout the cornea concerning the status of the tissue (1).
Robert W. Lambert +2 more
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Keratocytes, or cornea1 fibroblasts, are the primary cell type of the cornea1 stroma. They lie between and are oriented parallel to the orthogonally arranged collagen lamellae, forming a continuous interconnecting cellular network that has been hypothesized to transmit information throughout the cornea concerning the status of the tissue (1).
Robert W. Lambert +2 more
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Molecular and Cellular Biochemistry, 1981
Cellular research in aging has been stimulated by the observation that human diploid cells have a limited number of cell divisions in culture. This loss of cellular proliferation (in vitro senescence) has been extensively studied by biochemical, clonal, and genetic analysis.
Edward L. Schneider, M Reff
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Cellular research in aging has been stimulated by the observation that human diploid cells have a limited number of cell divisions in culture. This loss of cellular proliferation (in vitro senescence) has been extensively studied by biochemical, clonal, and genetic analysis.
Edward L. Schneider, M Reff
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Current Protocols in Microbiology, 2009
AbstractAlthough the ability of some microorganisms to grow without O2 has long been recognized, the application of new methodologies has greatly expanded the known diversity and potential of anaerobic microorganisms and processes. In particular, anaerobic techniques that permit the successful cultivation of microorganisms on solid media have opened ...
Dena L. Cologgi +2 more
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AbstractAlthough the ability of some microorganisms to grow without O2 has long been recognized, the application of new methodologies has greatly expanded the known diversity and potential of anaerobic microorganisms and processes. In particular, anaerobic techniques that permit the successful cultivation of microorganisms on solid media have opened ...
Dena L. Cologgi +2 more
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