Results 261 to 270 of about 233,575 (303)
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Advanced Drug Delivery Reviews, 1998
Vesicular coat proteins mediate the formation of nascent vesicles and select the cargo to be incorporated therein. As additional coat proteins are discovered that regulate vesicular traffic along very specific intracellular pathways, the possibility looms of regulating the intracellular trafficking and targeting of therapeutic agents by modulation of ...
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Vesicular coat proteins mediate the formation of nascent vesicles and select the cargo to be incorporated therein. As additional coat proteins are discovered that regulate vesicular traffic along very specific intracellular pathways, the possibility looms of regulating the intracellular trafficking and targeting of therapeutic agents by modulation of ...
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Endocrine Reviews, 1995
I. Introduction THE transport of proteins, hormones, and nutrients to different locations within a cell is an essential process for many of the functions of eukaryotic cells. It is of particular importance in complex multicellular organisms to enable the cells to communicate with one another.
J P, Liu, P J, Robinson
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I. Introduction THE transport of proteins, hormones, and nutrients to different locations within a cell is an essential process for many of the functions of eukaryotic cells. It is of particular importance in complex multicellular organisms to enable the cells to communicate with one another.
J P, Liu, P J, Robinson
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1989
Publisher Summary This chapter focuses on certain aspects of the endocytic pathways of the protein import into cells and the routes they subsequently follow. Transport and sorting of proteins are essential processes for the function and differentiation of eukaryotic cells.
B, van Deurs +3 more
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Publisher Summary This chapter focuses on certain aspects of the endocytic pathways of the protein import into cells and the routes they subsequently follow. Transport and sorting of proteins are essential processes for the function and differentiation of eukaryotic cells.
B, van Deurs +3 more
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Trends in Cell Biology, 1993
The presence of an endocytic pathway in cells from a wide range of species and the conservation of the proteins involved in this process throughout evolution suggest that endocytosis is of fundamental importance for the eukaryotic cell. However, some surprising recent results have shown that both Dictyostelium discoideum and Saccharomyces cerevisiae ...
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The presence of an endocytic pathway in cells from a wide range of species and the conservation of the proteins involved in this process throughout evolution suggest that endocytosis is of fundamental importance for the eukaryotic cell. However, some surprising recent results have shown that both Dictyostelium discoideum and Saccharomyces cerevisiae ...
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Endocytosis and the cytoskeleton
2002In this review we describe the potential roles of the actin cytoskeleton in receptor-mediated endocytosis in mammalian cells and summarize the efforts of recent years in establishing a relationship between these two cellular functions. With molecules such as dynamin, syndapin, HIP1R, Abp1, synaptojanin, N-WASP, intersectin, and cortactin a set of ...
Britta, Qualmann, Michael M, Kessels
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Journal of Cell Science, 2000
In mammalian cells, cargo can be endocytosed via clathrin-coated pits, the clathrin-independent pathway or caveolae. In yeast cells the morphology of the internalization step is not yet defined.
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In mammalian cells, cargo can be endocytosed via clathrin-coated pits, the clathrin-independent pathway or caveolae. In yeast cells the morphology of the internalization step is not yet defined.
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Current Opinion in Cell Biology, 2002
The GTPase dynamin is essential for endocytosis, but its mechanism of action remains uncertain. Structures of its GTPase domain, as well as that of assembled dynamin, have led to major advances in understanding the structural basis of its mode of action.
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The GTPase dynamin is essential for endocytosis, but its mechanism of action remains uncertain. Structures of its GTPase domain, as well as that of assembled dynamin, have led to major advances in understanding the structural basis of its mode of action.
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