Resumen

MARTINEZ-ROZO, Jairo  y  HUSAIN-TALERO, Soraya. Citoprotection and repair mediated by enkephalins in physical exercise. rev.fac.med. [online]. 2014, vol.62, n.1, pp.91-99. ISSN 0120-0011.  https://doi.org/10.15446/revfacmed.v62n1.43758.

Background. Cell protection removes the deleterious effects of suppressing tissue oxygenation by using foods such as fish, which contains lithium, fatty acids, omega 3, fruits and vegetables that provide antioxidants. Enkephalins mediate cell and tissue regeneration. Strenuous exercise and eccentric work are related to enkephalins action in charge of removing the damaged tissues. Objective. To present some professional experiences that use the pool immersion to suppress the pain and to improve the life quality of the patient. Materials and methods. Analysis of ten variables interaction, used as working tools in eight randomly selected patients. Results. Eccentric work is the most important tool. Muscle damage produces nervous and muscle growth factor which, by the use of insulins regenerate tissue altogether. The variable endocannabinoids participates in relaxation, protection, feeding and re-functionalization of tissues; it also interacts with endorphins to mediate the repair in the endothelial system. Conclusions. We conclude that advanced functional imaging (3 Tesla) with resonance would be useful to observe and evaluate the interactions of the variables.

Palabras clave : Lithium; Enkephalins; Oxygen; Lactic Acid; Bipolar Disorder.

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