Abstractα-Latrotoxin is a potent stimulator of neurotransmitter release from nerve terminals. High affinity membrane α-latrotoxin receptor was purified in an active binding form. It is a membrane glycoprotein (Mr 160,000–220,000) which may be complexed to a smaller polypeptide (Mr 29,000). The structure of the receptor protein suggests that it may be a synapse-specific cell recognition molecule. Intracellularly, the α-latrotoxin receptor interacts with synaptotagmin, a calcium- and phospholipid-binding protein specifically localized in the synaptic vesicle membrane. This interaction may be important for targeting of synaptic vesicles to presynaptic release sites
alpha-Latrotoxin triggers massive neurotransmitter release from nerve terminals by binding to at lea...
Botulinum neurotoxins (BoNTs) are among the most deadly toxins known. They act rapidly in a highly s...
Alpha-latrotoxin (LTX) stimulates vesicular exocytosis by at least two mechanisms that include (1) r...
Abstractα-Latrotoxin is a potent stimulator of neurotransmitter release from nerve terminals. High a...
The major component of black widow spider venom, α-latrotoxin, triggers massive exocytosis in a vari...
Alpha latrotoxin, purified from the venom of the black widow spider, is a high Mr (130000) protein d...
AbstractRecent experiments have identified interactions between presynaptic and synaptic vesicle mem...
alpha-Latrotoxin (LTX) stimulates massive neurotransmitter release by two mechanisms: Ca2+-dependent...
Abstractα-Latrotoxin is a potent stimulator of neurosecretion. Its action requires extracellular bin...
Alpha-latrotoxin (LTX) causes massive release of neurotransmitters via a complex mechanism involving...
α-Latrotoxin (LTX) stimulates vesicular exocytosis by at least two mechanisms that include (1) recep...
-Latrotoxin (LTX) stimulates vesicular exocytosis by at least two mechanisms that include (1) recept...
AbstractLatrophilin is a brain-specific Ca2+-independent receptor of α-latrotoxin, a potent presynap...
Botulinum neurotoxins (BoNTs) are among the most deadly toxins known. They act rapidly in a highly s...
SummaryLatrophilin-1 (Lat-1), a target receptor for α-Latrotoxin, is a putative G protein-coupled re...
alpha-Latrotoxin triggers massive neurotransmitter release from nerve terminals by binding to at lea...
Botulinum neurotoxins (BoNTs) are among the most deadly toxins known. They act rapidly in a highly s...
Alpha-latrotoxin (LTX) stimulates vesicular exocytosis by at least two mechanisms that include (1) r...
Abstractα-Latrotoxin is a potent stimulator of neurotransmitter release from nerve terminals. High a...
The major component of black widow spider venom, α-latrotoxin, triggers massive exocytosis in a vari...
Alpha latrotoxin, purified from the venom of the black widow spider, is a high Mr (130000) protein d...
AbstractRecent experiments have identified interactions between presynaptic and synaptic vesicle mem...
alpha-Latrotoxin (LTX) stimulates massive neurotransmitter release by two mechanisms: Ca2+-dependent...
Abstractα-Latrotoxin is a potent stimulator of neurosecretion. Its action requires extracellular bin...
Alpha-latrotoxin (LTX) causes massive release of neurotransmitters via a complex mechanism involving...
α-Latrotoxin (LTX) stimulates vesicular exocytosis by at least two mechanisms that include (1) recep...
-Latrotoxin (LTX) stimulates vesicular exocytosis by at least two mechanisms that include (1) recept...
AbstractLatrophilin is a brain-specific Ca2+-independent receptor of α-latrotoxin, a potent presynap...
Botulinum neurotoxins (BoNTs) are among the most deadly toxins known. They act rapidly in a highly s...
SummaryLatrophilin-1 (Lat-1), a target receptor for α-Latrotoxin, is a putative G protein-coupled re...
alpha-Latrotoxin triggers massive neurotransmitter release from nerve terminals by binding to at lea...
Botulinum neurotoxins (BoNTs) are among the most deadly toxins known. They act rapidly in a highly s...
Alpha-latrotoxin (LTX) stimulates vesicular exocytosis by at least two mechanisms that include (1) r...