AbstractTransport of cargo to, through and from the Golgi complex is mediated by vesicular carriers and transient tubular connections. In this review, we describe vesicle tethering events with the understanding that similar events occur during transport via larger structures. Tethering factors can be generally divided into a group of coiled-coil proteins and a group of multi-subunit complexes. Current evidence suggests that these factors function in a variety of membrane–membrane tethering events at the Golgi complex, interact with SNARE molecules, and are regulated by small GTPases of the Rab and Arl families
Trafficking in eukaryotic cells is a tightly regulated process to ensure correct cargo delivery to t...
Tethering factors have been shown to interact with Rabs and SNAREs and, more recently, with coat pro...
SummaryVesicle trafficking requires membrane fusion, mediated by SNARE proteins, and upstream events...
AbstractTransport of cargo to, through and from the Golgi complex is mediated by vesicular carriers ...
AbstractProtein transport between organelles is mediated by vesicles which must accurately dock and ...
AbstractGolgins are coiled-coil proteins thought to form a matrix important for shaping and organisi...
AbstractTransport vesicles are tethered to their target membrane prior to the interaction of v-SNARE...
AbstractTethers are a diverse group of loosely related proteins and protein complexes grouped into t...
The function of the Golgi has long been recognized to critically depend on vesicular trans-port from...
AbstractIn this review we will focus on the recent advances in how coiled-coil proteins of the golgi...
AbstractA subset of the golgin family of large coiled-coil proteins have a GRIP domain that mediates...
SummaryTransport protein particle (TRAPP) I is a multisubunit vesicle tethering factor composed of s...
Protein trafficking within eukaryotic cells depends on vesicular carriers that fuse with organelles ...
AbstractIn a recent issue of the Journal of Cell Biology, Shorter et al. demonstrate that p115, a ve...
Coat complexes are important for cargo selection and vesicle formation. Recent evidence suggests tha...
Trafficking in eukaryotic cells is a tightly regulated process to ensure correct cargo delivery to t...
Tethering factors have been shown to interact with Rabs and SNAREs and, more recently, with coat pro...
SummaryVesicle trafficking requires membrane fusion, mediated by SNARE proteins, and upstream events...
AbstractTransport of cargo to, through and from the Golgi complex is mediated by vesicular carriers ...
AbstractProtein transport between organelles is mediated by vesicles which must accurately dock and ...
AbstractGolgins are coiled-coil proteins thought to form a matrix important for shaping and organisi...
AbstractTransport vesicles are tethered to their target membrane prior to the interaction of v-SNARE...
AbstractTethers are a diverse group of loosely related proteins and protein complexes grouped into t...
The function of the Golgi has long been recognized to critically depend on vesicular trans-port from...
AbstractIn this review we will focus on the recent advances in how coiled-coil proteins of the golgi...
AbstractA subset of the golgin family of large coiled-coil proteins have a GRIP domain that mediates...
SummaryTransport protein particle (TRAPP) I is a multisubunit vesicle tethering factor composed of s...
Protein trafficking within eukaryotic cells depends on vesicular carriers that fuse with organelles ...
AbstractIn a recent issue of the Journal of Cell Biology, Shorter et al. demonstrate that p115, a ve...
Coat complexes are important for cargo selection and vesicle formation. Recent evidence suggests tha...
Trafficking in eukaryotic cells is a tightly regulated process to ensure correct cargo delivery to t...
Tethering factors have been shown to interact with Rabs and SNAREs and, more recently, with coat pro...
SummaryVesicle trafficking requires membrane fusion, mediated by SNARE proteins, and upstream events...