A disease, which causes misformed fingers and teeth, called oculodentodigital dysplasia, is caused by a mutation in a protein found in these structures. Formation of these structures can be inhibited by phosphorylating Cx43. The "kiss of life" and "good Samaritan" effects are forms of the bystander effect mediated by these structures. Exposing cells to thapsigargin, which causes the release of large amounts of calcium ions, causes these structures to close. Cardiac and smooth muscle contain many of these structures, but they are not found in sk
A disease, which causes misformed fingers and teeth, called oculodentodigital dysplasia, is caused by a mutation in a protein found in these structures. Formation of these structures can be inhibited by phosphorylating Cx43. The "kiss of life" and "good Samaritan" effects are forms of the bystander effect mediated by these structures. Exposing cells to thapsigargin, which causes the release of large amounts of calcium ions, causes these structures to close. Cardiac and smooth muscle contain many of these structures, but they are not found in skeletal muscle, and these structures are found at electrical synapses. These structures form from the combination of two hemichannels, each of which is composed of six connexin proteins. For 10 points, name these structures, which allow movement of small molecules and ions to pass from one cell to another.
A disease, which causes misformed fingers and teeth, called oculodentodigital dysplasia, is caused by a mutation in a protein found in these structures.
gap junctions