Cholera "toxin binds to the outside of cells and one of its sub-units enters to activate adenylate cyclase. In the current work the nature of this action across the membrane was related to the hydrophobicities of cholera toxin and its subunits. Charge—shift electrophoresis showed that the proteins have no hydrophobic surfaces. Amino—acid composition and sequence data suggested that the molecules have no masked hydrophobic regions. Therefore part of cholera toxin may interact with polar molecules during its passage across the membrane
The orientation of cholera toxin bound to its cell-surface receptor, ganglioside GM1, in a supportin...
Cholera toxin (CTx) is an AB5 cytotonic protein that has medical relevance in cholera and as a novel...
AbstractIn IPC-81 cells, the adenylyl-cyclase activation by cholera toxin produces an elevation of c...
Cholera toxin, obtained as crude culture filtrates of the bacterium Vibrio cholerae, was purified b...
This result shows that bound toxin mobility does not differ from inserted ganglioside mobility. An ...
Cholera toxin treatment activates the adenylate cyclase in intact HeLa cells. However, pretreatment ...
AbstractCholera toxin is a highly efficient biotoxin, which is frequently used as a tool to investig...
AbstractIn nature, cholera toxin (CT) and the structurally related E. coli heat labile toxin type I ...
Cholera toxin (CT), secreted from Vibrio cholerae, causes a massive fluid and electrolyte efflux in ...
Cholera toxin (CT) is a bacterial protein toxin responsible for the gastrointestinal disease known a...
Incubation of hepatocytes or the SV40-DNA immortalised hepatocyte P9 cell line with cholera toxin le...
The toxin of Vibrio cholerae was separated into two subunits by gel filtration on Sephadex 0-75 in 5...
The biophysical chemistry of macromolecular complexes confer their functional characteristics. We in...
The toxin of Vibrio cholerae increases the activity of adenyl cyclase in cell membranes. Interaction...
Cholera toxin (CT) travels as an intact AB(5) protein toxin from the cell surface to the endoplasmic...
The orientation of cholera toxin bound to its cell-surface receptor, ganglioside GM1, in a supportin...
Cholera toxin (CTx) is an AB5 cytotonic protein that has medical relevance in cholera and as a novel...
AbstractIn IPC-81 cells, the adenylyl-cyclase activation by cholera toxin produces an elevation of c...
Cholera toxin, obtained as crude culture filtrates of the bacterium Vibrio cholerae, was purified b...
This result shows that bound toxin mobility does not differ from inserted ganglioside mobility. An ...
Cholera toxin treatment activates the adenylate cyclase in intact HeLa cells. However, pretreatment ...
AbstractCholera toxin is a highly efficient biotoxin, which is frequently used as a tool to investig...
AbstractIn nature, cholera toxin (CT) and the structurally related E. coli heat labile toxin type I ...
Cholera toxin (CT), secreted from Vibrio cholerae, causes a massive fluid and electrolyte efflux in ...
Cholera toxin (CT) is a bacterial protein toxin responsible for the gastrointestinal disease known a...
Incubation of hepatocytes or the SV40-DNA immortalised hepatocyte P9 cell line with cholera toxin le...
The toxin of Vibrio cholerae was separated into two subunits by gel filtration on Sephadex 0-75 in 5...
The biophysical chemistry of macromolecular complexes confer their functional characteristics. We in...
The toxin of Vibrio cholerae increases the activity of adenyl cyclase in cell membranes. Interaction...
Cholera toxin (CT) travels as an intact AB(5) protein toxin from the cell surface to the endoplasmic...
The orientation of cholera toxin bound to its cell-surface receptor, ganglioside GM1, in a supportin...
Cholera toxin (CTx) is an AB5 cytotonic protein that has medical relevance in cholera and as a novel...
AbstractIn IPC-81 cells, the adenylyl-cyclase activation by cholera toxin produces an elevation of c...