SNARE proteins and the Sec1/Munc18 (SM) protein, Munc18-1, are essential components of the mammalian secretion machinery. Until recently, quite divergent working models existed for the central but rather isolated role of Munc18-1 in secretion and its relation to the SNAREs. New studies now solve old discrepancies, bring consensus among SM-SNARE interactions and emphasize how closely these proteins work together. Together, SM and SNARE proteins control each step in the exocytotic pathway as a team. Munc18-1 operates as the chief commander of the exocytotic SNARE team, making teamwork more efficient, working with specific team members on specific jobs, reducing promiscuity with members of noncognate teams, and adjusting team efforts as a func...
Background information. Many neurons secrete classical transmitters from synaptic vesicles as well a...
Exocytosis of secretory or synaptic vesicles is executed by amechanism including the SNARE (solubleN...
Membrane fusion is essential for cellular transport in eukaryotes. Abnormalities contribute to a wid...
Sec1/Munc18 (SM) family proteins are essential for every vesicle fusion pathway. The best-characteri...
Membrane fusion is essential for human health, playing a vital role in processes as diverse as neuro...
Exocytosis refers to a cellular process in which an intracellular vesicle fuses its membrane with th...
International audienceSec1/Munc18 (SM) proteins are required for every step of intracellular membran...
SummarySec1/Munc18 (SM) proteins are required for every step of intracellular membrane fusion, but t...
AbstractHuman neutrophil granule exocytosis mobilizes a complex set of secretory granules. This invo...
Intracellular membrane trafficking pathways must be tightly regulated to ensure proper functioning o...
Membrane fusion involves the action of members of the SNARE protein family as well as Sec1/Munc18 (S...
The membrane fusion necessary for vesicle trafficking is driven by the assembly of heterologous SNAR...
Exocytosis is a fundamental cellular process in which contents stored in vesicles are released out o...
Mast cell exocytosis, which includes compound degranulation and vesicle-associated piecemeal degranu...
The membrane fusion necessary for vesicle trafficking is driven by the assembly of heterologous SNAR...
Background information. Many neurons secrete classical transmitters from synaptic vesicles as well a...
Exocytosis of secretory or synaptic vesicles is executed by amechanism including the SNARE (solubleN...
Membrane fusion is essential for cellular transport in eukaryotes. Abnormalities contribute to a wid...
Sec1/Munc18 (SM) family proteins are essential for every vesicle fusion pathway. The best-characteri...
Membrane fusion is essential for human health, playing a vital role in processes as diverse as neuro...
Exocytosis refers to a cellular process in which an intracellular vesicle fuses its membrane with th...
International audienceSec1/Munc18 (SM) proteins are required for every step of intracellular membran...
SummarySec1/Munc18 (SM) proteins are required for every step of intracellular membrane fusion, but t...
AbstractHuman neutrophil granule exocytosis mobilizes a complex set of secretory granules. This invo...
Intracellular membrane trafficking pathways must be tightly regulated to ensure proper functioning o...
Membrane fusion involves the action of members of the SNARE protein family as well as Sec1/Munc18 (S...
The membrane fusion necessary for vesicle trafficking is driven by the assembly of heterologous SNAR...
Exocytosis is a fundamental cellular process in which contents stored in vesicles are released out o...
Mast cell exocytosis, which includes compound degranulation and vesicle-associated piecemeal degranu...
The membrane fusion necessary for vesicle trafficking is driven by the assembly of heterologous SNAR...
Background information. Many neurons secrete classical transmitters from synaptic vesicles as well a...
Exocytosis of secretory or synaptic vesicles is executed by amechanism including the SNARE (solubleN...
Membrane fusion is essential for cellular transport in eukaryotes. Abnormalities contribute to a wid...