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©2012 Baishideng.
World J Pharmacol. Aug 9, 2012; 1(4): 55-64
Published online Aug 9, 2012. doi: 10.5497/wjp.v1.i4.55
Published online Aug 9, 2012. doi: 10.5497/wjp.v1.i4.55
Inhibitor | Arf regulators | Arf | Phenotype/function | Cell type |
Brefeldin A | GBF1 | Arf1 | Tubulation and collapse of Golgi apparatus | Mammalian cells |
Gea1p/2p | Arf5 | |||
Sec7p | Arf1p | Inhibition of protein secretion | Yeast | |
LM11 | Cytohesin-2 | Arf1 | Dispersion of Golgi markers | MDCK cells |
BIG1 | Arf5 | Inhibition of migration | ||
Golgicide A | GBF1 | Arf1 | Protection from Shiga toxin toxicity | Mammalian cells |
Dispersion of cis- and medial-Golgi | ||||
Inhibition of protein secretion | ||||
Inhibition of viral replication: (hepatitis C virus; enteroviruses; poliovirus; coxsackievirus) | ||||
EXO1 | ArfGAPs | Arf1 | Tubulation, collapse of Golgi | Mammalian cells |
EXO2 | BIG1 | Arf1 | Dispersion of the trans-Golgi network | HeLa cells |
Interfere with shiga toxin trafficking to the endoplasmic reticulum | ||||
LG186 | BIG1 | Arf1 | Dissociation of COP I vesicles from the Golgi | HeLa cells |
GBF1 | ||||
M69 aptamer | Cytohesin-1 | Arf1 | Actin remodelling | Jurkat T cells |
Cytohesin-2 | Inhibition of adhesion | |||
K61 aptamer | Cytohesin-1 | Arf1 | Inhibition of serum-induced ERK MAP Kinase activation | HeLa cells |
Cytohesin-2 | ||||
SecinH3 | Cytohesin-1 | Arf1 | Insulin resistance | HepG2 cells; rat and human β pancreatic cells |
Cytohesin-2 | Arf6 | |||
Cytohesin-3 | Inhibition of superoxide anion production | Neutrophils | ||
Inhibition of degranulation | ||||
Activation of Mac-1-dependent adhesion, phagocytosis and migration | ||||
Inhibition of LFA-1 dependent adhesion | ||||
Inhibition of migration | 3T3-L1 cells | |||
Inhibition of neuritis outgrowth | N1E-115 neublastoma cells | |||
Regulation of β-1 integrin internalization and of β-1 integrin-dependent adhesion | HeLa cells | |||
Steppke | Insulin resistance | Fly cells |
- Citation: Bourgoin SG, El Azreq MA. Small inhibitors of ADP-ribosylation factor activation and function in mammalian cells. World J Pharmacol 2012; 1(4): 55-64
- URL: https://www.wjgnet.com/2220-3192/full/v1/i4/55.htm
- DOI: https://dx.doi.org/10.5497/wjp.v1.i4.55