AbstractGenetic and biochemical analyses of the secretory pathway have produced a detailed picture of the molecular mechanisms involved in selective cargo transport between organelles. This transport occurs by means of vesicular intermediates that bud from a donor compartment and fuse with an acceptor compartment. Vesicle budding and cargo selection are mediated by protein coats, while vesicle targeting and fusion depend on a machinery that includes the SNARE proteins. Precise regulation of these two aspects of vesicular transport ensures efficient cargo transfer while preserving organelle identity
AbstractDuring vesicular transport, the assembly of the coat complexes and the selection of cargo pr...
The organelles of the secretory pathway are characterized by specific organization and function but ...
What is the first membrane fusion step in the secretory pathway? In mammals, transport vesicles coat...
AbstractGenetic and biochemical analyses of the secretory pathway have produced a detailed picture o...
AbstractIntracellular vesicular transport involves targeting of vesicles to their correct destinatio...
Abstract.: Vesicular transport is the basic communication mechanism between different compartments i...
<p>A: Each transport step between two compartments (or the plasma membrane) can be seen as an indivi...
Tethering factors have been shown to interact with Rabs and SNAREs and, more recently, with coat pro...
Eukaryotic cells are populated by membrane-enclosed organelles possessing discrete molecular and bio...
SummaryMembrane traffic in eukaryotic cells involves transport of vesicles that bud from a donor com...
Regulating the residence time of membrane proteins (e.g. transporters, ion channels, receptors) on t...
Transport vesicles must dock with the appropriate acceptor membrane to ensure faithful protein deliv...
AbstractEukaryotic cells distribute materials among intracellular organelles and secrete into the ex...
In the early secretory pathway newly synthesized proteins are transported sequentially through the e...
Membrane traffic in eukaryotic cells involves transport of vesicles that bud from a donor compartmen...
AbstractDuring vesicular transport, the assembly of the coat complexes and the selection of cargo pr...
The organelles of the secretory pathway are characterized by specific organization and function but ...
What is the first membrane fusion step in the secretory pathway? In mammals, transport vesicles coat...
AbstractGenetic and biochemical analyses of the secretory pathway have produced a detailed picture o...
AbstractIntracellular vesicular transport involves targeting of vesicles to their correct destinatio...
Abstract.: Vesicular transport is the basic communication mechanism between different compartments i...
<p>A: Each transport step between two compartments (or the plasma membrane) can be seen as an indivi...
Tethering factors have been shown to interact with Rabs and SNAREs and, more recently, with coat pro...
Eukaryotic cells are populated by membrane-enclosed organelles possessing discrete molecular and bio...
SummaryMembrane traffic in eukaryotic cells involves transport of vesicles that bud from a donor com...
Regulating the residence time of membrane proteins (e.g. transporters, ion channels, receptors) on t...
Transport vesicles must dock with the appropriate acceptor membrane to ensure faithful protein deliv...
AbstractEukaryotic cells distribute materials among intracellular organelles and secrete into the ex...
In the early secretory pathway newly synthesized proteins are transported sequentially through the e...
Membrane traffic in eukaryotic cells involves transport of vesicles that bud from a donor compartmen...
AbstractDuring vesicular transport, the assembly of the coat complexes and the selection of cargo pr...
The organelles of the secretory pathway are characterized by specific organization and function but ...
What is the first membrane fusion step in the secretory pathway? In mammals, transport vesicles coat...