Utilizza questo identificativo per citare o creare un link a questo documento: http://elea.unisa.it/xmlui/handle/10556/3786
Titolo: Rays sting: the acute cellular effects of ionizing radiation exposure
Autore: Franco, Antonietta
Ciccarelli, Michele
Sorriento, Daniela
Napolitano, Luigi
Fiordelisi, Antonella
Trimarco, Bruno
Durante, Marco
Iaccarino, Guido
Parole chiave: Reactive oxygen species;Signal transduction;Ionizing radiations;Mitochondria
Data: 2016
Citazione: Franco A, Ciccarelli M, Sorriento D, Napolitano L, Fiordelisi A, Trimarco B, Durante M, Iaccarino G. Rays sting: the acute cellular effects of ionizing radiation exposure. Translational Medicine @ UniSa 2016, 14(8): 45-56
Abstract: High-precision radiation therapy is a clinical approach that uses the targeted delivery of ionizing radiation, and the subsequent formation of reactive oxygen species (ROS) in high proliferative, radiation sensitive cancers. In particular, in thoracic cancer ratdiation treatments, can not avoid a certain amount of cardiac toxicity. Given the low proliferative rate of cardiac myocytes, research has looked at the effect of radiation on endothelial cells and consequent coronary heart disease as the mechanism of ratdiation induced cardiotoxicity. In fact, little is known concerning the direct effect of radiation on mitochondria dynamis in cardiomyocyte. The main effect of ionizing radiation is the production of ROS and recent works have uncovered that they directly participates to pivotal cell function like mitochondrial quality control. In particular ROS seems to act as check point within the cell to promote either mitochondrial biogenesis and survival or mitochondrial damage and apoptosis. Thus, it appears evident that the functional state of the cell, as well as the expression patterns of molecules involved in mitochondrial metabolism may differently modulate mitochondrial fate in response to radiation induced ROS responses. Different molecules have been described to localize to mitochondria and regulate ROS production in response to stress, in particular GRK2. In this review we will discuss the evidences on the cardiac toxicity induced by X ray radiation on cardiomyocytes with emphasis on the role played by mitochondria dynamism.
URI: http://elea.unisa.it:8080/xmlui/handle/10556/3786
http://dx.doi.org/10.14273/unisa-2008
ISSN: 2239-9747
È visualizzato nelle collezioni:Translational Medicine @ UniSa. Volume 14 (jan.-apr. 2016)

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