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Table 2 Changes in HR and RPE during aerobic exercise (Study 1; n = 8)

From: Development and application of a home-based exercise program for patients with cardiovascular disease: a feasibility study

ID

Age

Sex

HRR 40 ~ 80%

Low intensity aerobic exercise

Moderate-intensity aerobic exercise

High-intensity aerobic exercise

2

73

M

99–130

HRa: 70–82–99-82

HR: 67–90–94-93

HR: 77–73–73-81

RPEb: 11–15

RPE: 11–15

RPE: 11–13

3

54

M

102 ~ 145

HR: 59–72–75-75

HR: 59–82–81-82

 

RPE: 7–15

RPE: 11–15

 

4

53

F

105 ~ 146

HR: 73–75–77-88

HR: 68–97–100-105

HR:71–92–96-109

RPE: 9–13

RPE: 9–15

RPE: 11–13

5

51

M

105 ~ 147

HR: 64–75–75-82

HR: 68–86–84-87

HR:69–97–97-102

RPE: 11–13

RPE: 11–15

RPE: 13–17

6

45

M

106 ~ 151

HR: 61–74–81-85

HR: 61–86–91-90

 

RPE: 12–13

RPE: 12–14

 

7

44

M

116 ~ 156

HR: 79–112–116-122

HR: 83–118–124-124

HR: 88–123–127-129

RPE: 7–11

RPE: 7–13

RPE: 9–15

8

68

F

103 ~ 135

HR: 76–84–83-84

HR: 79–88–93-93

HR:77–96–98-102

RPE: 7–9

RPE: 7–11

RPE: 7–13

9

63

M

106 ~ 140

HR: 80–93–94-95

HR: 79–100–107-104

HR: 81–104–107-110

RPE: 7–13

RPE: 9–11

RPE: 11–13

  1. aHR: changes in HR during exercise, resting HR– HR after 1 set of exercise – HR after 2 sets of exercise – HR after 3 sets of exercise, bRPE (Rate of Perceived Exertion): changes in RPE, resting RPE – RPE after 3 sets of exercise