AbstractRicin, cholera, and Shiga toxin belong to a family of protein toxins that enter the cytosol to exert their action. Since all three toxins are routed from the cell surface through the Golgi apparatus and to the endoplasmic reticulum (ER) before translocation to the cytosol, the toxins are used to study different endocytic pathways as well as the retrograde transport to the Golgi and the ER. The toxins can also be used as vectors to carry other proteins into the cells. Studies with protein toxins reveal that there are more pathways along the plasma membrane to ER route than originally believed
The pathway and the efficiency of intracellular trafficking of Shiga toxin differ between cell types...
The endoplasmic reticulum (ER) is the site of co- and post-translational modification for secretory ...
© 2007 International Society of NephrologyThe pathway and the efficiency of intracellular traffickin...
Protein toxins secreted by bacteria and found in plants can be threats to human health. However, the...
Many plant and bacterial toxins act upon cytosolic targets and must therefore penetrate a membrane b...
A number of protein toxins bind at the surface of mammalian cells and after endocytosis traffic to ...
AbstractProteins use multiple routes for transport from endosomes to the Golgi complex. Shiga and ch...
AbstractA number of protein toxins produced by bacteria and plants enter eukaryotic cells and inhibi...
AbstractCertain protein toxins act by catalytically modifying substrates in the cytosol of mammalian...
Certain bacteria secrete protein toxins that catalytically modify and disrupt essential processes in...
Several protein toxins, such as the potent plant toxin ricin, enter mammalian cells by endocytosis a...
A model has been presented for retrograde transport of certain toxins and viruses from the cell surf...
AbstractThe plant toxin ricin has proven valuable as a membrane marker in studies of endocytosis as ...
ABSTRACT: Several AB-toxins appear to have independently evolved mechanisms by which they undergo re...
Boxes indicate known physical complexes. Proteins involved in the transport of all the indicated tox...
The pathway and the efficiency of intracellular trafficking of Shiga toxin differ between cell types...
The endoplasmic reticulum (ER) is the site of co- and post-translational modification for secretory ...
© 2007 International Society of NephrologyThe pathway and the efficiency of intracellular traffickin...
Protein toxins secreted by bacteria and found in plants can be threats to human health. However, the...
Many plant and bacterial toxins act upon cytosolic targets and must therefore penetrate a membrane b...
A number of protein toxins bind at the surface of mammalian cells and after endocytosis traffic to ...
AbstractProteins use multiple routes for transport from endosomes to the Golgi complex. Shiga and ch...
AbstractA number of protein toxins produced by bacteria and plants enter eukaryotic cells and inhibi...
AbstractCertain protein toxins act by catalytically modifying substrates in the cytosol of mammalian...
Certain bacteria secrete protein toxins that catalytically modify and disrupt essential processes in...
Several protein toxins, such as the potent plant toxin ricin, enter mammalian cells by endocytosis a...
A model has been presented for retrograde transport of certain toxins and viruses from the cell surf...
AbstractThe plant toxin ricin has proven valuable as a membrane marker in studies of endocytosis as ...
ABSTRACT: Several AB-toxins appear to have independently evolved mechanisms by which they undergo re...
Boxes indicate known physical complexes. Proteins involved in the transport of all the indicated tox...
The pathway and the efficiency of intracellular trafficking of Shiga toxin differ between cell types...
The endoplasmic reticulum (ER) is the site of co- and post-translational modification for secretory ...
© 2007 International Society of NephrologyThe pathway and the efficiency of intracellular traffickin...