Adherens junction: Difference between revisions
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Created page with " Adherens junctions are cadherin-mediated adhesive junctions that interact with actin <ref name="1">Wayne M. Becker, Lewis J. Kleinsmith, Jeff Hardin, Gregory Paul Bertoni (..." |
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Adherens junctions are cadherin-mediated adhesive junctions that interact with actin | Adherens junctions are cadherin-mediated adhesive junctions that interact with actin <references /> . They are points of attachment between the cell surface and the cytoskeleton. This kind of junctions are specialized for adhesions between cell and extraceullular matrix, as well as adhesions between cells. Most easily seen in epithelial cells. The space between adjacent membranes at adherens junctions is about 20-25 nm <references /> . In epithlial cells, adherens junctions form a continuous belt that surrounds the cell at the apical end of the lateral membrane. | ||
. They are points of attachment between the cell surface and the cytoskeleton. This kind of junctions are specialized for adhesions between cell and extraceullular matrix, as well as adhesions between cells. Most easily seen in epithelial cells. The space between adjacent membranes at adherens junctions is about 20-25 nm | |||
. In epithlial cells, adherens junctions form a continuous belt that surrounds the cell at the apical end of the lateral membrane. | |||
Revision as of 23:27, 1 December 2011
Adherens junctions are cadherin-mediated adhesive junctions that interact with actin . They are points of attachment between the cell surface and the cytoskeleton. This kind of junctions are specialized for adhesions between cell and extraceullular matrix, as well as adhesions between cells. Most easily seen in epithelial cells. The space between adjacent membranes at adherens junctions is about 20-25 nm . In epithlial cells, adherens junctions form a continuous belt that surrounds the cell at the apical end of the lateral membrane.