![]() In this context, to investigate factors that could previse the appearance of signals and symptoms during the CRP, would better guide the strategies adopted for its performance. However, during the physical activity practice, a metabolic demand increase happens and promotes changes in the organism, which can facilitate the occurrence of signals and symptoms commonly found in CRP. Therefore, strategies to treat and prevent CVD are fundamental.Ĭardiovascular rehabilitation programs (CRPs) are highlighted as an efficient way to prevent and treat CVD, mainly because of its beneficial effects. So, the patients are going to perform their cardiovascular rehabilitation routines for 6 months and then, their clinical, physical, and biochemical parameters are going to be measured again and they are going to be followed during 24 sessions during their CRP routines in order to identify the appearance of their signals/symptoms.Ĭardiovascular diseases (CVDs) are considered the main cause of death in the world and their appearance is associated with changes that directly compromise the quality of life. Then, the patients are going to be followed during 24 sessions during their CRP routines in order to identify appearance of their signals/symptoms. First, their risk stratification is going to be performed by 2 evaluators and their clinical, physical, and biochemical parameters are going to be measured. ![]() Forty-four patient participants of a CRP will be evaluated. The study was prospectively registered at (NCT03446742). ![]() The aim of this study was to evaluate the correlations between risk stratification protocols and clinical, physical, and biochemical parameters with the appearance of signals/symptoms during CRP, as well as to evaluate if modifications on clinical, physical, and biochemical parameters could influence in the appearance of signals/symptoms during CRP. Furthermore, clinical, physical, and biochemical parameters have been used as risk markers for the appearance of adverse events, and to investigate their efficacy to previse signals and symptoms during the CRP sessions that could better guide the strategies adopted on these programs. Risk stratification protocols are commonly used to identify risks during the physical exercise however, studies that investigate their efficacy to previse signals and symptoms are inconclusive. ĭespite the benefits, cardiovascular rehabilitation programs (CRPs) have been related to the appearance of signals and symptoms. This is an open access article distributed under the Creative Commons Attribution License 4.0 (CCBY), which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited. The authors have no conflicts of interest. ![]() ∗Correspondence: Laís Manata Vanzella, São Paulo State University, School of Sciences and Technology, Presidente Prudente, Roberto Simonsen, 305, Presidente Prudente, CEP: 19060-900 São Paulo, Brazil (e-mail: ).Ībbreviations: 6MWT = 6minutes walking test, AHA = American Heart Association, BMI = body mass index, BP = blood pressure, CRP = cardiovascular rehabilitation programs, CVC = cardiovascular diseases, f = respiratory rate, FC = functional capacity, FEV1 = expiratory volume in 1second, FVC = forced vital capacity, HDL = high-density lipoprotein, HF = high frequency, HR = heart rate, HRV = heart rate variability, IL = interleukin, LDL = low-density lipoprotein, LF = low frequency, MEP = maximal expiratory pressure, MIP = maximal inspiratory pressure, MIR = maximum isometric resistance, MIVC = maximum isometric voluntary contraction, MS = muscle strength, PEF = peak expiratory flow, RMSSD = root mean square to the successive difference between each heartbeat, SatO 2 = oxygen saturation, SD1 = standard deviation of distances of diagonal points, SD2 = standard deviation of the distances from points to lines, SDNN = standard deviation of all normal RR intervals, TNF-alpha = tumor necrosis factor - alpha, UNESP = São Paulo State University.įinancial support was provided by São Paulo research foundation – FAPESP. São Paulo State University (UNESP), School of Sciences and Technology, Presidente Prudente, São Paulo, Brazil. ![]()
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