Aerobic Exercise

High-Intensity Interval Training Improves Peak Oxygen Uptake and Muscular Exercise Capacity in Heart Transplant Recipients

Nonparametric Statistics / Quality of life / Heart Failure / Norway / Prospective studies / Humans / Female / Male / Heart rate / Patient Compliance / Intervention Studies / Aged / Middle Aged / Adult / Heart Transplantation / Reference Values / Exercise Test / Oxygen Consumption / Exercise Tolerance / Physical Education and training / Case Control Studies / Aerobic Exercise / Humans / Female / Male / Heart rate / Patient Compliance / Intervention Studies / Aged / Middle Aged / Adult / Heart Transplantation / Reference Values / Exercise Test / Oxygen Consumption / Exercise Tolerance / Physical Education and training / Case Control Studies / Aerobic Exercise

High-Intensity Interval Training Improves Peak Oxygen Uptake and Muscular Exercise Capacity in Heart Transplant Recipients

Nonparametric Statistics / Quality of life / Heart Failure / Norway / Prospective studies / Humans / Female / Male / Heart rate / Patient Compliance / Intervention Studies / Aged / Middle Aged / Adult / Heart Transplantation / Reference Values / Exercise Test / Oxygen Consumption / Exercise Tolerance / Physical Education and training / Case Control Studies / Aerobic Exercise / Humans / Female / Male / Heart rate / Patient Compliance / Intervention Studies / Aged / Middle Aged / Adult / Heart Transplantation / Reference Values / Exercise Test / Oxygen Consumption / Exercise Tolerance / Physical Education and training / Case Control Studies / Aerobic Exercise

Efectos De Dos Programas De Entrenamiento Sobre La Aptitud Física Metabólica en Adultos Mayores

Blood Pressure / Aerobic Exercise

Cardiovascular response to dynamic aerobic exercise: A methematical model

Biomedical Engineering / Puppetry as an Educational Tool / Humans / Hemodynamics / Heart rate / Exercise / Steady state / Mathematical Model / Cardiac Output Monitoring / Muscle contraction / Baroreflex / Electrical And Electronic Engineering / Respiratory Mechanics / Aerobic Exercise / Exercise / Steady state / Mathematical Model / Cardiac Output Monitoring / Muscle contraction / Baroreflex / Electrical And Electronic Engineering / Respiratory Mechanics / Aerobic Exercise

Cardiovascular response to dynamic aerobic exercise: A methematical model

Biomedical Engineering / Puppetry as an Educational Tool / Humans / Hemodynamics / Heart rate / Exercise / Steady state / Mathematical Model / Cardiac Output Monitoring / Muscle contraction / Baroreflex / Electrical And Electronic Engineering / Respiratory Mechanics / Aerobic Exercise / Exercise / Steady state / Mathematical Model / Cardiac Output Monitoring / Muscle contraction / Baroreflex / Electrical And Electronic Engineering / Respiratory Mechanics / Aerobic Exercise

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