[HTML][HTML] Arf GAPs: gatekeepers of vesicle generation
A Spang, Y Shiba, PA Randazzo - FEBS letters, 2010 - Elsevier
A Spang, Y Shiba, PA Randazzo
FEBS letters, 2010•ElsevierArf GAP proteins are a versatile and diverse group of proteins. They control the activity of the
GTP-binding proteins of the ARF family by inducing the hydrolysis of GTP that is bound to Arf
proteins. The best-studied role of Arf GAPs is in intracellular traffic. In this review, we will
focus mainly on the Arf GAPs that play a role in vesicle formation, Arf GAP1, Arf GAP2 and
Arf GAP3 and their yeast homologues, Gcs1p and Glo3p. We discuss the roles of Arf GAPs
as regulators and effectors for Arf GTP-binding proteins.
GTP-binding proteins of the ARF family by inducing the hydrolysis of GTP that is bound to Arf
proteins. The best-studied role of Arf GAPs is in intracellular traffic. In this review, we will
focus mainly on the Arf GAPs that play a role in vesicle formation, Arf GAP1, Arf GAP2 and
Arf GAP3 and their yeast homologues, Gcs1p and Glo3p. We discuss the roles of Arf GAPs
as regulators and effectors for Arf GTP-binding proteins.
Arf GAP proteins are a versatile and diverse group of proteins. They control the activity of the GTP-binding proteins of the ARF family by inducing the hydrolysis of GTP that is bound to Arf proteins. The best-studied role of Arf GAPs is in intracellular traffic. In this review, we will focus mainly on the Arf GAPs that play a role in vesicle formation, Arf GAP1, Arf GAP2 and Arf GAP3 and their yeast homologues, Gcs1p and Glo3p. We discuss the roles of Arf GAPs as regulators and effectors for Arf GTP-binding proteins.
Elsevier
