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Table 2 Characteristics of the studies

From: Is water-based exercise training sufficient to improve physical fitness in the elderly?

Author

Subjects

Age

Grouping

Training modality

Program and intensity

Frequency

Duration

Katsura et al. (2009)

20 (16 F, 4 M)

>64

Resistance group

Combined strength and endurance exercises (with water resistance equipment)

Moderate to strong levels of RPE scale; resistance training using water resistance equipment

3

8 weeks

Non-resistance group

Aquatic exercise training without water resistance equipment

Moderate to strong levels of RPE scale

Vale et al. (2009)

35 F

>60

SG—strength training group (N = 12)

Progressive resistance training

4 weeks: 10 min warm-up + 35 min progressive resistance training at 50% of 1-RM

3

12 weeks

8 weeks 10 min warm-up + 35 min progressive resistance training at 75–85% of 1-RM

AG—aerobic training group (N = 13)

Progressive aerobic aquatic training

4 weeks at 2 and 3 Borg's CR10 Perceived Exertion Scale

8 weeks at 3 and 4 Borg's CR10 Scale

CG—control group (10)

 

Daily living activity—not engaged in any physical activity

  

Bocalini et al. (2008)

72 F

>61

WE—Water-based exercise (N = 27)

Combined aquatic aerobic and resistance training

Aerobic exercise at 70% of age predicted maximum HR

 

3

12 weeks

WL—walking on land (N = 25)

Walking exercise

60 min exercise each session at 70% of age predicted maximum HR

 

5

S—sedentary group (N = 20)

     

Cancela Carral et al. (2007)

62 F

>64

G1—group 1 (N = 31)

4 months: exercise in water; 5 months subsequent: exercise in water (twice per week) and strength exercise (three times per week)

Strength training at 75% of 1-RM

Exercise in water: 45 min.

5

9 months

G2—group 2 (N = 31)

4 months: exercise in water; 5 months subsequent: exercise in water (twice per week) and calisthenic exercise (three times per week)

Calisthenic exercise:

First microcycle 15 min (6 strength exercise + 9 general movement).

First microcycle main activity 15 min (6 strength free body exercises and 9 aerobic).

The fourth and last microcycle 30 min (strength exercise + 20 min general movement)

The remaining microcycles 30 min of main exercises

Broman et al. (2006)

29 F

>64

Training group (N = 18)

High intensity deep water interval training with wet vest

3 phases:

2

8 weeks

A (10 min) from 75% to 80% maximum HR

B (10 min) from 75% to 85% maximum HR

C (10 min) from 75% to 85% maximum HR

Control group (N = 11)

   

Tsourlou et al. (2006)

22 F

>59

AT—aquatic training (N = 12)

Combined aerobic and resistance aquatic exercise

25 min aerobic-type exercise, 20–25 min of resistance exercise

3

24 weeks

Aerobic exercise intensity progress from 65% to 80% maximum HR

Resistance exercise program included 15 for 2/3 sets at progressive training from 60 to 120 b min−1. 20/30 s recovery time between the sets

C—control group (N = 10)

    

Takeshima et al. (2002)

30 F

>59

TR—training group (N = 15)

Combined aerobic and resistance aquatic exercise

Endurance training: 30 min per session at the correspondent HR to lactate threshold

3

12 weeks

Resistance exercise: 10 min each session with each body exercise performed 12/15 per 1 set at maximum velocity of execution

Nonexercise control group (N = 15)

    

Taunton et al. (1996)

41 F

>64

Water-based exercise program (N = 23)

Combined aerobic and resistance aquatic exercise

Aerobic exercise 20 min each session at 60–65% of maximum HR

3

12 weeks

Land-based exercise program (N = 18)

Combined aerobic and resistance exercise

Strength and resistance 8 min

Flexibility and balance 7 min

LBE and WBE programs were matched as closely as possible in content

Ruoti et al. (1994)

20 (12 F, 8 M)

>59

Exercise group (N = 12)

Nonswimming water exercise

Structured physical activity protocol, 1 set each exercise with time of execution from 30 min to 60 min at 80% of maximum HR

3

12 weeks

Control group (N = 8)

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