SARCOPENIA IN THE ELDERLY: AGING, RESISTED EXERCISES AND FUNCTIONAL RESERVE

Authors

  • Diana Ferraz SILVA Graduação em Educação Física pelo Centro Universitário de Jaguariúna - UNIFAJ, Jaguariúna-SP
  • Lucas de Moura SILVA Graduação em Educação Física pelo Centro Universitário de Jaguariúna - UNIFAJ, Jaguariúna-SP
  • Thauane Fernanda OLIVEIRA Graduação em Educação Física pelo Centro Universitário de Jaguariúna - UNIFAJ, Jaguariúna-SP
  • Anderson Martelli Mestre Ciências Biomédicas, UNIARARAS; Especialista em Laboratório Clínico, UNICAMP; Docente na Faculdade FMG, Mogi Guaçu-SP.
  • Lucas DELBIM Mestre em Sustentabilidade e Qualidade de Vida – (UNIFAE). Docente no Centro Universitário de Jaguariúna - UNIFAJ, Jaguariúna-SP e Faculdade UNIMOGI, Mogi Guaçu – SP.

Keywords:

Sarcopenia, Envelhecimento, Exercícios Resistidos

Abstract

Aging is an irreversible process common to all, a process that causes decline in physiological systems, loss of strength and muscle mass over the years, such changes called sarcopenia, and this process can be accelerated due to inappropriate lifestyle. When treating this disease, in order to minimize its effects, the importance of resisted exercises to promote the quality of life will be highlighted. The objective of this was to analyze and review the multifactorial development, prevention, possible causes of sarcopenia in the elderly and promotion of strength through resistive exercise (RE). The present study is a literature review. For which books, magazines, online library searches and monographic documents were consulted. It was observed that for the treatment of sarcopenia in elderly the main strategy is progressive strength training, being resistance training a method of physical exercises that uses resistance on loads. It is suggested that the intervention performed through resistance exercises, contributes to the increase of muscle mass and improvement of muscle strength, thus becoming a powerful stimulus for hypertrophy and essential for the prevention of recurrent pathologies in aging.

Published

2021-01-10