egrepa
  • Home
  • EGREPA
    • Constitution
    • Mission statement
    • EURAPA
    • EURAPA Journal
    • EURAPA Journal
    • EURAPA Abstract
    • History – EURAPA
  • PROJECTS
    • CA20104
    • PA4AGE
    • Actimentia
    • Whole
    • Active I
  • RESEARCH
    • young researchers
      • Congress on-line 2021 Young researcher award
      • The winner of Young Researcher Award
    • Research Centers
  • CONGRESSES & SYMPOSIUMS
    • wingate 2014
    • Symposium 2017
      • Symposium 2017 – Abstract
    • Conference Announcement 2018
    • Symposium 2019
    • Congress on-line 2021
  • Home
  • EGREPA
    • Constitution
    • Mission statement
  • EURAPA
    • EURAPA Journal
    • EURAPA Abstract
    • History – EURAPA
  • PROJECTS
    • Whole
    • Active I
    • Actimentia
  • RESEARCH
    • Young Researchers
      • The winner of Young Researcher Award
    • Research Centers
  • CONGRESSES & SYMPOSIUMS
    • wingate 2014
    • Symosium 2015 – Abstract
    • Symposium 2017
      • Symposium 2017 – Abstract
    • Conference Announcement 2018
    • Symposium 2019
egrepa
  • Home
  • EGREPA
    • Constitution
    • Mission statement
  • EURAPA
    • EURAPA Journal
    • EURAPA Abstract
    • History – EURAPA
  • PROJECTS
    • Whole
    • Active I
    • Actimentia
  • RESEARCH
    • Young Researchers
      • The winner of Young Researcher Award
    • Research Centers
  • CONGRESSES & SYMPOSIUMS
    • wingate 2014
    • Symosium 2015 – Abstract
    • Symposium 2017
      • Symposium 2017 – Abstract
    • Conference Announcement 2018
    • Symposium 2019
  • Home
  • EGREPA
    • Constitution
    • Mission statement
  • EURAPA
    • EURAPA Journal
    • EURAPA Abstract
    • History – EURAPA
  • PROJECTS
    • Whole
    • Active I
    • Actimentia
  • RESEARCH
    • Young Researchers
      • The winner of Young Researcher Award
    • Research Centers
  • CONGRESSES & SYMPOSIUMS
    • wingate 2014
    • Symosium 2015 – Abstract
    • Symposium 2017
      • Symposium 2017 – Abstract
    • Conference Announcement 2018
    • Symposium 2019
Myocardial Infarction and Exercise Training: Evidence from Basic Science
Home » June 2019 - heart » Myocardial Infarction and Exercise Training: Evidence from Basic Science

Myocardial Infarction and Exercise Training: Evidence from Basic Science

June 1, 2019 7:47 pm Comments Off on Myocardial Infarction and Exercise Training: Evidence from Basic Science morw31

  • Ivana C. Moraes-Silva, Bruno Rodrigues, Hélio J. Coelho-Junior, Daniele Jardim Feriani’
  • Maria-Claudia Irigoyen

Exercise for cardiovascular Disease prevention and treatment

ChapterFirst Online: 12 October 2017

Abstract

In 2016, cardiovascular disease remains the first cause of mortality worldwide [1]. Coronary artery disease, which is the most important precursor of myocardial infarction (MI), is the main component of total cardiovascular mortality, being responsible for approximately seven million of deaths [1]. In approximately 20% of infarcted patients, MI is recurrent in the first year after the event [2]. Moreover, among cardiovascular disease, coronary artery disease accounts for the most increased index of life years lost due to morbidity and/or mortality [1]. Sedentarism highly contributes to cardiovascular disease burden, especially for coronary artery disease, and is also one of the MI risk factors [3]. For many years, it was recommended to avoid physical activity after a cardiovascular event; nowadays, it is a consensus that exercise training (ET) should be part of cardiac rehabilitation programs. There is increasing evidence confirming that, when adequately prescribed and supervised, ET after MI can prevent future complications and increase the quality of life and longevity of infarcted patients [4, 5]. ET after MI follows international specialized guidelines; however, there are different protocols adopted by several societies worldwide in cardiac rehabilitation [6], and there is still lack of information on which type and regimen of exercise may be the ideal after MI, as well as how these exercises act to promote beneficial effects to cardiovascular and other organic systems. Thus, experimental studies are important contributors to elicit mechanisms behind clinical results, and to test and compare different ET protocols. Therefore, exercise prescription can be optimized, individualized, and safely practiced by patients. In this chapter, we present a brief review of MI pathophysiology followed by an updated discussion of the most relevant discoveries regarding ET and MI in basic science.

Posted in: June 2019 - heart
« Previous
Next »

About


View all posts by morw31

  • membership
  • contact
  • links
  • Main theme of previous months
  • Home
  • Active I
  • congresses
  • contact
  • EGREPA
  • membership
  • publications
  • Research Centers
  • Societies
  • Whole
  • young researchers
we will be happy to hear from you
All rights reserved to EGREPA©
Scroll to top
Skip to content
Open toolbar Accessibility Tools

Accessibility Tools

  • Increase TextIncrease Text
  • Decrease TextDecrease Text
  • GrayscaleGrayscale
  • High ContrastHigh Contrast
  • Negative ContrastNegative Contrast
  • Light BackgroundLight Background
  • Links UnderlineLinks Underline
  • Readable FontReadable Font
  • Reset Reset