Interaction between band 3 and ankyrin begins in early compartments of the secretory pathway and is essential for band 3 processing
In many cell types, membrane proteins are specifically segregated to particular areas of the cell surface. It is known that this segregation is stabilized by anchorage proteins which interact with the cytoskeleton. However, the mechanism by which the interactions with anchorage proteins occur, as we...
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Published in | The Journal of biological chemistry Vol. 268; no. 26; pp. 19593 - 19597 |
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Main Authors | , |
Format | Journal Article |
Language | English |
Published |
Bethesda, MD
American Society for Biochemistry and Molecular Biology
15.09.1993
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Subjects | |
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Abstract | In many cell types, membrane proteins are specifically segregated to particular areas of the cell surface. It is known that
this segregation is stabilized by anchorage proteins which interact with the cytoskeleton. However, the mechanism by which
the interactions with anchorage proteins occur, as well as whether they may also play a role in the process of sorting, is
not known. Using differentiated murine erythroleukemic cells, we have investigated the association between band 3 (a major
transmembrane anion exchanger), and ankyrin (a cytoplasmic protein that links band 3 to the cytoskeleton). Our data demonstrate
that the association between band 3 and ankyrin occurs in the endoplasmic reticulum or the first Golgi compartment. These
data support a model in which the band 3-ankyrin complex is inserted as a "cassette" at the plasma membrane into the cytoskeletal
network. Biosynthetic studies on cotransfected 293 cells with cDNAs encoding band 3 and the band 3 binding fragment of ankyrin
(AnK-90), suggest that ankyrin is not only responsible for the anchorage of band 3 to the cytoskeleton but is also involved
in the exit of band 3 out of the endoplasmic reticulum. |
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AbstractList | In many cell types, membrane proteins are specifically segregated to particular areas of the cell surface. It is known that this segregation is stabilized by anchorage proteins which interact with the cytoskeleton. However, the mechanism by which the interactions with anchorage proteins occur, as well as whether they may also play a role in the process of sorting, is not known. Using differentiated murine erythroleukemic cells, we have investigated the association between band 3 (a major transmembrane anion exchanger), and ankyrin (a cytoplasmic protein that links band 3 to the cytoskeleton). Our data demonstrate that the association between band 3 and ankyrin occurs in the endoplasmic reticulum or the first Golgi compartment. These data support a model in which the band 3-ankyrin complex is inserted as a "cassette" at the plasma membrane into the cytoskeletal network. Biosynthetic studies on cotransfected 293 cells with cDNAs encoding band 3 and the band 3 binding fragment of ankyrin (AnK-90), suggest that ankyrin is not only responsible for the anchorage of band 3 to the cytoskeleton but is also involved in the exit of band 3 out of the endoplasmic reticulum. In many cell types, membrane proteins are specifically segregated to particular areas of the cell surface. It is known that this segregation is stabilized by anchorage proteins which interact with the cytoskeleton. However, the mechanism by which the interactions with anchorage proteins occur, as well as whether they may also play a role in the process of sorting, is not known. Using differentiated murine erythroleukemic cells, we have investigated the association between band 3 (a major transmembrane anion exchanger), and ankyrin (a cytoplasmic protein that links band 3 to the cytoskeleton). Our data demonstrate that the association between band 3 and ankyrin occurs in the endoplasmic reticulum or the first Golgi compartment. These data support a model in which the band 3-ankyrin complex is inserted as a "cassette" at the plasma membrane into the cytoskeletal network. Biosynthetic studies on cotransfected 293 cells with cDNAs encoding band 3 and the band 3 binding fragment of ankyrin (AnK-90), suggest that ankyrin is not only responsible for the anchorage of band 3 to the cytoskeleton but is also involved in the exit of band 3 out of the endoplasmic reticulum. |
Author | S Gomez C Morgans |
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Keywords | Membrane protein Vertebrata Band 3 protein Mammalia Mouse Rodentia Cytoskeleton Molecular interaction Endoplasmic reticulum Golgi apparatus |
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Snippet | In many cell types, membrane proteins are specifically segregated to particular areas of the cell surface. It is known that
this segregation is stabilized by... In many cell types, membrane proteins are specifically segregated to particular areas of the cell surface. It is known that this segregation is stabilized by... |
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SubjectTerms | Animals Anion Exchange Protein 1, Erythrocyte - biosynthesis Anion Exchange Protein 1, Erythrocyte - isolation & purification Anion Exchange Protein 1, Erythrocyte - metabolism Ankyrins - biosynthesis Ankyrins - isolation & purification Ankyrins - metabolism Biological and medical sciences Cell Differentiation Cell Line Cell structures and functions Clone Cells Cytoskeleton, cytoplasm. Intracellular movements Fundamental and applied biological sciences. Psychology Humans Immunoblotting Kidney Leukemia, Erythroblastic, Acute Methionine - metabolism Mice Microsomes - metabolism Molecular and cellular biology Plasmids Protein Binding Sulfur Radioisotopes Transfection Tumor Cells, Cultured |
Title | Interaction between band 3 and ankyrin begins in early compartments of the secretory pathway and is essential for band 3 processing |
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