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From Dryland to Aquatic Exercise: Improving Selected Physical Fitness and Swimming Performance Parameters of Elite Adolescent Athletes With Disabilities Cover

From Dryland to Aquatic Exercise: Improving Selected Physical Fitness and Swimming Performance Parameters of Elite Adolescent Athletes With Disabilities

Open Access
|Oct 2024

Figures & Tables

Table 1

Characteristics of the participants.

PARAMETER CHARACTERISTICSDL+AE (n = 24)CONTROL GROUP (n = 24)
Age (years)16.40 ± 0.7716.30 ± 0.81
Body height (cm)159 ± 2.57159 ± 2.23
Body weight (kg)57.20 ± 2.4558.10 ± 2.33
Body mass index (kg·m–2)21.70 ± 1.0522.0 ± 1.32
Competitive swimming experience (years)6.71 ± 0.696.63 ± 0.65
DL+AE experience (years)3.08 ± 0.583.17 ±0.48

[i] Note: DL+AE = Dryland+ aquatic exercise.

paah-8-1-384-g1.png
Figure 1

Experiment study design.

Table 2

Dryland+aquatic exercise (DL+AE) program.

WEEK1 DAY (TUESDAY)2 DAY (THURSDAY)
1 weekWork: Rotations with a rubber band in dryland (5 × 2 sets)
Rest: 20 sec
Work: Plank to push in dryland (5 × 3 sets)
Rest: 20 sec
Work: Romanian deadlift with a rubber band in dryland (5 × 2 sets)
Rest: 20 sec
Work: Ball Crunch in dryland (5 × 3 sets)
Rest: 20 sec
Work: Both hands rotations in water (5 × 2 sets)
Rest: 20 sec
Work: Front kick in water (5 × 3 sets)
Rest: 20 sec
Work: Rotatios with a rubber band in water (5 × 2 sets)
Rest: 20 sec
Work: Swimming technique training (5 × 3 sets)
Rest: 20 sec
2 weeksWork: Lunge step with a rubber band in dryland (10 × 2 sets)
Rest: 20 sec
Work: Hanging knee raise in dryland (10 × 2 sets)
Rest: 20 sec
Work: Push-up to burpee-streamline in dryland (10 × 2 sets)
Rest: 20 sec
Work: Side to side twist in dryland (10 × 2 sets)
Rest: 20 sec
Work: Lunge step with a rubber band in water (10 × 2 sets)
Rest: 20 sec
Work: High knee in water (10 × 2 sets)
Rest: 20 sec
Work: Pulling the tire in water (10 × 2 sets)
Rest: 20 sec
Work: Swimming technique training (10 × 2 sets)
Rest: 20 sec
3 weeksWork: Streamline-squat jump in dryland (10 × 3 sets)
Rest: 30 sec
Work: Burpee in dryland (10 × 3 sets)
Rest: 30 sec
Work: Push-up in dryland (10 × 3 sets)
Rest: 30 sec
Work: Burpee+walk out in dryland (10 × 3 sets)
Rest: 30 sec
Work: High knee in water (10 × 3 sets)
Rest: 30 sec
Work: Jumping with dumble in water (10 × 3 sets)
Rest: 30 sec
Work: Jumping jack in water (10 × 3 sets)
Rest: 30 sec
Work: Jogging with dumble in water (10 × 3 sets)
Rest: 30 sec
4 weeksWork: Plank in dryland (15 × 3 sets)
Rest: 30 sec
Work: Rapid lunge in dryland (15 × 3 sets)
Rest: 30 sec
Work: Dumbbell side bend in dryland (15 × 3 sets)
Rest: 30 sec
Work: Mt. Climber in dryland (15 × 3 sets)
Rest: 30 sec
Work: Kick to the left and right side in water (15 × 3 sets)
Rest: 30 sec
Work: Lunge step with a rubber band in water (15 × 3 sets)
Rest: 30 sec
Work: Swimming technique training (15 × 3 sets)
Rest: 30 sec
Work: 3D knee swing in water (15 × 3 sets)
Rest: 30 sec
5 weeksWork: Squat+toe touch in dryland (15 × 2 sets)
Rest: 20 sec
Work: Streamline lunge in dryland (15 × 2 sets)
Rest: 20 sec
Work: Walk out in dryland (15 × 2 sets)
Rest: 20 sec
Work: Lunge Steps in dryland (15 × 2 sets)
Rest: 20 sec
Work: 3D knee swing in water (15 × 2 sets)
Rest: 20 sec
Work: Medicine ball chest pass in water (15 × 2 sets)
Rest: 20 sec
Work: 3D calf stretch in water (15 × 2 sets)
Rest: 20 sec
Work: Swimming technique training (15 × 2 sets)
Rest: 20 sec
6 weeksWork: Spider man in dryland (20 × 3 sets)
Rest: 30 sec
Work: Left side lateral raise in dryland (20 × 3 sets)
Rest: 30 sec
Work: Reverse crunch dryland (20 × 3 sets)
Rest: 30 sec
Work: Glute ham raise in dryland (20 × 3 sets)
Rest: 30 sec
Work: Horizontal arm sweeps in water(20 × 3 sets)
Rest: 30 sec
Work: Side kick in water (20 × 3 sets)
Rest: 30 sec
Work: Straight leg kicks in water (20 × 3 sets)
Rest: 30 sec
Work: Pulling the tire in water (20 × 3 sets)
Rest: 30 sec
7 weeksWork: Side to side twist in dryland (20 × 3 sets)
Rest: 30 sec
Work: Sit-up in dryland (20 × 3 sets)
Rest: 30 sec
Work: Prone plank in dryland (20 × 3 sets)
Rest: 30 sec
Work: Jackknife in dryland (20 × 3 sets)
Rest: 30 sec
Work: Jooging in water (20 × 3 sets)
Rest: 30 sec
Work: Swimming technique training (20 × 3 sets)
Rest: 30 sec
Work: Swimming technique training (20 × 3 sets)
Rest: 30 sec
Work: Barrier jump 5 m in water (20 × 3 sets)
Rest: 30 sec
Table 3

Results of intra-class correlation coefficient (ICC), Shapiro-Wilk’s (SW) and Levene’s- test (LT).

PARAMETERICC95% CISWLT
HGS (kg)0.9830.97–0.990.2420.326
CMJ (cm)0.9880.98–0.990.0610.470
YYIRTL1 (m)0.9250.84–0.950.1290.339
Freestyle (s)0.9200.80–0.930.1020.394
Backstroke (s)0.8970.79–0.950.3970.242
Breaststroke (s)0.8960.76–0.940.1210.188

[i] Note: HGS = Handgrip strength, CMJ = Counter movement jump, YYIRTL1 = Yo-Yo Intermittent Recovery Test Level 1, ICC = intra-class correlation coefficient, CI = Confidence interval, SW = Shapiro-Wilk’s, LT = Levene’s- test.

Table 4

Changes in physical fitness between pre- and post-test after the 7 week intervention period.

PARAMETERDL+AE (n = 24)CONTROL (n = 24)
PREPOSTPS T-TEST (p)COHEN’S dPREPOSTPS T-TEST (p)COHEN’S d
HGS (kg)32.3 ± 1.5936.7 ± 1.95+13.6<.001–2.19 [large]31.5 ± 1.6133.2 ± 1.63+5.4<.001–1.43 [large]
CMJ (cm)20.5 ± 1.4124.0 ± 1.05+17.1<.001–2.05 [large]19.7 ± 1.3021.4 ± 1.24+8.6<.001–1.24 [large]
YYIRTL1 (m)1219 ± 1491343 ± 117+10.2<.001–1.49 [large]1061 ± 2051104 ± 207+4.10.015–0.53 [medium]
2-WAY ANOVA REPEATED MEASURES
TIME (F, p, ηp2)GROUP (F, p, ηp2)INTERACTION (F, p, ηp2)
HGS (kg)F(1.46) = 163.2
p < .001
ηp2 = 0.780
F(1.46) = 23.8
p < .001
ηp2 = 0.341
F(1.46) = 34.8
p < .001
ηp2 = 0.431
CMJ (cm)F(1.46) = 136.8
p < .001
ηp2 = 0.748
F(1.46) = 40.6
p < .001
ηp2 = 0.469
F(1.46) = 18.7
p < .001
ηp2 = 0.289
YYIRTL1 (m)F(1.46) = 49.5
p < .001
ηp2 = 0.518
F(1.46) = 16.7
p < .001
ηp2 = 0.266
F(1.46) = 11.4
p = 0.002
ηp2 = 0.199

[i] Note: HGS = Handgrip strength, CMJ = Counter movement jump, YYIRTL1 = Yo-Yo Intermittent Recovery Test Level 1, DL+AE = Dryland+aquatic exercise, %Δ = Delta percentage, PS t-test = Paired sample t-test, ηp2 = Partial eta-squared, *significant differences (p < 0.05).

Table 5

Changes in swimming performance between pre- and post-test after the 7 week intervention period.

PARAMETERDL+AE (n = 24)CONTROL (n = 24)
PREPOSTPS T-TEST (p)COHEN’S dPREPOSTPS T-TEST (p)COHEN’S d
Freestyle (s)51.2 ± 5.6538.2 ± 2.92–25.4<.0011.98 [large]50.4 ± 5.4148.0 ± 5.93–4.8<.0011.50 [large]
Backstroke (s)50.3 ± 4.7341.5 ± 3.93–17.0<.0012.05 [large]51.5 ± 4.7949.5 ± 5.50–3.9<.0010.91 [large]
Breaststroke (s)49.6 ± 6.5939.7 ± 4.48–20.0<.0012.02 [large]48.8 ± 4.9646.5 ± 5.74–4.70.0030.67 [medium]
2-WAY ANOVA REPEATED MEASURES
TIME (F, p, ηp2)GROUP (F, p, ηp2)INTERACTION (F, p, ηp2)
Freestyle (s)F(1.46) = 124.7
p < .001
ηp2 = 0.731
F(1.46) = 12.0
p = 0.001
ηp2 = 0.207
F(1.46) = 59.4
p < .001
ηp2 = 0.564
Backstroke (s)F(1.46) = 120.1
p < .001
ηp2 = 0.723
F(1.46) = 13.0
p < .001
ηp2 = 0.220
F(1.46) = 47.1
p < .001
ηp2 = 0.506
Breaststroke (s)F(1.46) = 100.5
p < .001
ηp2 = 0.686
F(1.46) = 4.11
p = 0.048
ηp2 = 0.082
F(1.46) = 39.8
p < .001
ηp2 = 0.464

[i] Note: DL+AE = Dryland+aquatic exercise, %Δ = Delta percentage, PS t-test = Paired sample t-test, ηp2 = Partial eta-squared, *significant differences (p < 0.05).

paah-8-1-384-g2.png
Figure 2

Pearson’s heatmap of DL+AE.

paah-8-1-384-g4.png
Figure 4

Repeated measures correlation analysis results between demographic characteristics and performance parameters of DL-AE group.

paah-8-1-384-g3.png
Figure 3

Pearson’s heatmap of control group.

paah-8-1-384-g5.png
Figure 5

Repeated measures correlation analysis between BMI and breaststroke-post value.

DOI: https://doi.org/10.5334/paah.384 | Journal eISSN: 2515-2270
Language: English
Submitted on: Jun 19, 2024
|
Accepted on: Aug 28, 2024
|
Published on: Oct 4, 2024
Published by: Ubiquity Press
In partnership with: Paradigm Publishing Services
Publication frequency: 1 issue per year

© 2024 Bazuri Fadillah Amin, Abdul Sukur, Sudradjat Wiradihardja, Samsudin, Hernawan, Ruslan Abdul Gani, Ahmet Kurtoğlu, Amayra Tannoubi, Cristina Ioana Alexe, Edi Setiawan, published by Ubiquity Press
This work is licensed under the Creative Commons Attribution 4.0 License.