AbstractUsing alkaline extraction to separate cytoskeletal and membrane proteins of intestinal microvilli, the kinetics of assembly of these two microvillar protein compartments was studied by pulse-chase labelling of pig small intestinal mucosal explants, kept in organ culture. Following a 10 min pulse of [35S]methionine, the membrane proteins did not appear in the microvillar fraction until after 40–60 min of chase. In contrast, the cytoskeletal components, of which the 110-kDa protein and villin were immunologically identified, were expressed in the microvillar fraction immediately after the 10 min pulse. These different kinetics of appearance indicate that the two microvillar protein compartments have separate mechanisms of biosynthesis...
Actin-bundling proteins are identified as key players in the morphogenesis of thin membrane protrusi...
Actin-bundling proteins are identified as key players in the morphogenesis of thin membrane protrusi...
AbstractThe effect of chloroquine on the biosynthesis of pig intestinal aminopeptidase N (EC 3.4.11....
AbstractUsing alkaline extraction to separate cytoskeletal and membrane proteins of intestinal micro...
AbstractThe kinetics of processing and microvillar expression of aminopeptidase N (EC 3.4.11.2) and ...
AbstractThe effect of tunicamycin on synthesis and intracellular transport of pig small intestinal a...
AbstractThe kinetics of processing and microvillar expression of aminopeptidase N (EC 3.4.11.2) and ...
AbstractThe effect of tunicamycin on synthesis and intracellular transport of pig small intestinal a...
AbstractThe effect of chloroquine on the biosynthesis of pig intestinal aminopeptidase N (EC 3.4.11....
AbstractPig small intestinal mRNA was translated in a rabbit reticulocyte lysate system supplemented...
Actin-bundling proteins are identified as key players in the morphogenesis of thin membrane protrusi...
Correlation of molecular structure with biochemical functions of the plasma membrane of the microvil...
Correlation of molecular structure with biochemical functions of the plasma membrane of the microvil...
Actin-bundling proteins are identified as key players in the morphogenesis of thin membrane protrusi...
Actin-bundling proteins are identified as key players in the morphogenesis of thin membrane protrusi...
Actin-bundling proteins are identified as key players in the morphogenesis of thin membrane protrusi...
Actin-bundling proteins are identified as key players in the morphogenesis of thin membrane protrusi...
AbstractThe effect of chloroquine on the biosynthesis of pig intestinal aminopeptidase N (EC 3.4.11....
AbstractUsing alkaline extraction to separate cytoskeletal and membrane proteins of intestinal micro...
AbstractThe kinetics of processing and microvillar expression of aminopeptidase N (EC 3.4.11.2) and ...
AbstractThe effect of tunicamycin on synthesis and intracellular transport of pig small intestinal a...
AbstractThe kinetics of processing and microvillar expression of aminopeptidase N (EC 3.4.11.2) and ...
AbstractThe effect of tunicamycin on synthesis and intracellular transport of pig small intestinal a...
AbstractThe effect of chloroquine on the biosynthesis of pig intestinal aminopeptidase N (EC 3.4.11....
AbstractPig small intestinal mRNA was translated in a rabbit reticulocyte lysate system supplemented...
Actin-bundling proteins are identified as key players in the morphogenesis of thin membrane protrusi...
Correlation of molecular structure with biochemical functions of the plasma membrane of the microvil...
Correlation of molecular structure with biochemical functions of the plasma membrane of the microvil...
Actin-bundling proteins are identified as key players in the morphogenesis of thin membrane protrusi...
Actin-bundling proteins are identified as key players in the morphogenesis of thin membrane protrusi...
Actin-bundling proteins are identified as key players in the morphogenesis of thin membrane protrusi...
Actin-bundling proteins are identified as key players in the morphogenesis of thin membrane protrusi...
AbstractThe effect of chloroquine on the biosynthesis of pig intestinal aminopeptidase N (EC 3.4.11....