We have reviewed studies on calcium-induced fusion of lipid bilayer membranes and the role of synexin and other calcium-binding proteins (annexins) in membrane fusion. We have also discussed the roles of other cations, lipid phase transitions, long chain fatty acids and other fusogenic molecules. Finally, we have presented a simple molecular model for the mechanism of lipid membrane fusion, consistent with the experimental evidence and incorporating various elements proposed previously. © 1990 Plenum Publishing Corporation
Ca2+-triggered membrane fusion involves the coordinated actions of both lipids and proteins, but the...
The effects of several Ca2+-binding proteins (calmodulin, prothrombin, and synexin) on the kinetics ...
The effects of several Ca2+-binding proteins (calmodulin, prothrombin, and synexin) on the kinetics ...
We have reviewed studies on calcium-induced fusion of lipid bilayer membranes and the role of synexi...
We have reviewed studies on calcium-induced fusion of lipid bilayer membranes and the role of synexi...
We have reviewed studies on calcium-induced fusion of lipid bilayer membranes and the role of synexi...
The effects of several Ca2+-binding proteins (calmodulin, prothrombin, and synexin) on the kinetics ...
The effects of several Ca2+-binding proteins (calmodulin, prothrombin, and synexin) on the kinetics ...
The effects of several Ca2+-binding proteins (calmodulin, prothrombin, and synexin) on the kinetics ...
The effects of several Ca2+-binding proteins (calmodulin, prothrombin, and synexin) on the kinetics ...
This project is focused on understanding the role of calcium in membrane fusion at the atomic level....
The researches performed in this dissertation is aimed to solve the role of calcium in the membrane ...
The researches performed in this dissertation is aimed to solve the role of calcium in the membrane ...
ABSTRACT The effects of several Ca2"-binding proteins (calmodulin, prothrombin, and synexin) on...
1. Ca2+-triggered membrane fusion involves the coordinated actions of both lipids and proteins, but ...
Ca2+-triggered membrane fusion involves the coordinated actions of both lipids and proteins, but the...
The effects of several Ca2+-binding proteins (calmodulin, prothrombin, and synexin) on the kinetics ...
The effects of several Ca2+-binding proteins (calmodulin, prothrombin, and synexin) on the kinetics ...
We have reviewed studies on calcium-induced fusion of lipid bilayer membranes and the role of synexi...
We have reviewed studies on calcium-induced fusion of lipid bilayer membranes and the role of synexi...
We have reviewed studies on calcium-induced fusion of lipid bilayer membranes and the role of synexi...
The effects of several Ca2+-binding proteins (calmodulin, prothrombin, and synexin) on the kinetics ...
The effects of several Ca2+-binding proteins (calmodulin, prothrombin, and synexin) on the kinetics ...
The effects of several Ca2+-binding proteins (calmodulin, prothrombin, and synexin) on the kinetics ...
The effects of several Ca2+-binding proteins (calmodulin, prothrombin, and synexin) on the kinetics ...
This project is focused on understanding the role of calcium in membrane fusion at the atomic level....
The researches performed in this dissertation is aimed to solve the role of calcium in the membrane ...
The researches performed in this dissertation is aimed to solve the role of calcium in the membrane ...
ABSTRACT The effects of several Ca2"-binding proteins (calmodulin, prothrombin, and synexin) on...
1. Ca2+-triggered membrane fusion involves the coordinated actions of both lipids and proteins, but ...
Ca2+-triggered membrane fusion involves the coordinated actions of both lipids and proteins, but the...
The effects of several Ca2+-binding proteins (calmodulin, prothrombin, and synexin) on the kinetics ...
The effects of several Ca2+-binding proteins (calmodulin, prothrombin, and synexin) on the kinetics ...