Pioglitazone: Difference between revisions

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<applet  load="" size="480" color="" frame="true"  spin="on" Scene ="Pioglitazone/Pioglitazone/1" align="right" caption="Pioglitazone, also known as Actos"/>
<StructureSection load='' size='340' side='right' caption='Pioglitazone, also known as Actos' scene='Pioglitazone/Pioglitazone/1'>
===Better Known as: Actos===
===Better Known as: Actos===
* Marketed By: Takeda Pharmaceuticals<br />
* Marketed By: Takeda Pharmaceuticals<br />
* Major Indication: Hypoglycemia & Type 2 [[Diabetes]]<br />
* Major Indication: Hypoglycemia & Type 2 [[Diabetes]]<br />
* Drug Class: [[PPAR|PPAR-γ]] Activator - Thiazolidinedione (Glitazones)  
* Drug Class: [[PPAR|PPAR-γ]] Agonist - Thiazolidinedione (Glitazones)  
* Date of FDA Approval (Patent Expiration): 1999 (2011)<br />
* Date of FDA Approval (Patent Expiration): 1999 (2011)<br />
* 2009 Sales: $2.4 Billion <ref>http://drugpatentwatch.com/ultimate/preview/tradename/index.php?query=ACTOS</ref>
* 2009 Sales: $2.4 Billion <ref>http://drugpatentwatch.com/ultimate/preview/tradename/index.php?query=ACTOS</ref>
* Why You Should Care: It is the best selling drug to treat Diabetes and is the 10th best selling drug in the United States.  
* Importance: It is the best selling drug to treat Diabetes and is the 10th best selling drug in the United States.  
* The following is a list of Pharmacokinetic Parameters. See: [[Pharmaceutical Drugs]] for more information
* See [[Pharmaceutical Drugs]] for more information about other drugs and disorders
 
===Mechanism of Action===
Pioglitazone is a selective agonist for Peroxisome Proliferator-Activated Receptor Gamma ([[PPAR]]). When PPAR is not bound by ligand, it forms a complex with various co-repressors which possess histone deacetylation activity, maintaining tight chromatin structure and preventing gene transcription. This complex is released upon ligand binding (typical ligands are lipids), allowing various co-activators and co-activator-associated proteins to be recruited. Pioglitazone functions by by binding to the active site of PPARγ, causing the release of co-repressors and activation of the receptor. Activation of PPAR results in transcription of [[Molecular Playground/Insulin|insulin]] responsive genes involved in the control of glucose production, transport and utilization. This explains why the glitazones are referred to as "insulin sensitizers." <ref>PMID:9744270</ref>
</StructureSection>
===Pharmacokinetics===
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{{:Glitazone Pharmacokinetics}}
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===References===
===References===