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Abstrato

Forskolin Effect on FOXO1 Expression and Relationship of FOXO1 Activation to Oxidative Stress: From Molecular to Therapeutic Strategy

Sania K. Elwia*, Heba A. Elnoury, and Marwa H. Muhammad

Background: Reactive Oxygen Species (ROS) production has been established as an essential contributor in the development cardiotoxicity. The increase of ROS production simultaneously leads to the inhibition of anti-oxidant systems. Forkhead transcription factor O1 (FOXO1) plays an important role in regulating metabolism and oxidant stress. Clozapine was used to induce cardiotoxicity. Forskolin the well-known anti-oxidant and anti-inflammatory agent was used to modulate the effect on both FOXO1 gene and its target gene catalase and to what extent it may protect against clozapine-induced cardiotoxicity.

Methods: The animals were classified into: control group, forskolin group; forskolin was administered for 8 weeks; clozapine group, and forskolin + clozapine group; forskolin was pre-administered for 5 weeks then continued along with clozapine for the last 3 weeks. RT-qPCR and gel electrophoresis were done. We analyzed the relation between FoxO1 gene and oxidative stress.

Results: These effects are achieved by the ability of Forskolin to modulate the expression of Foxo-1 and catalase, the levels of CKMB, troponin I, GST, MDA, and TNF- α, Caspase-3 were decreased, histopathological changes were improved. Forskolin reduce cardiomyocytes damage, and improve cardiac function by decreasing oxidative stress.

Conclusion: Forkolin with its biological activities and anti-oxidative effects control cardiotoxicity induced by ROS in addition to its anti-inflammatory activity. This may be considered as therapy in cardiac problems management.