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Abstract Details

Abstract Title

Study of 100m sprint in disabled athletes

Abstract Theme

Sport eligibility and inclusion

Type Presentation

Oral presentation

Abstract Authors

Presenter de Fuentes, M. - Barcelona University (Education) - ES
Torralba, M.A. - Barcelona University (Education) - ES
Calvo, J. - Barcelona University (Education) - ES
Braz, M. - Barcelona University (Education) - ES
Jorba, M. - Barcelona University (Education) - ES
Martínez, J. - Barcelona University (Education) - ES

Presentation Details

Room: Mercúrio        Date: 2 September        Time: 17:40:00        Presenter: María Luisa de Fuentes

Abstract Resume

This study evaluates the differences between several categories in the 100m sprints (2014 IPC Athletics European Championship, Swansea). The analyzed parameters (according to Hay, 1986) are exposed in
the methods section.
A kinematic analysis of the 100m sprint was conducted (using the videos posted on the official web site) taking into consideration gender and disabilities: visual impairment (VI T11/12, T13); cerebral
palsy (CP T34, T35/36, T37/38); physical disability (PD T42, T43/44, T51, T52, T54).
Analyzed races: final (excluding athletes who did not enter de camera focus); 65 male races (9VI; 26CP; 30PD) and 40 female races (5VI; 24CP; 11PD).
Variables (mean and SD): official time [OT] (s), average race speed [Sp] (m/s), number of steps [SN], average frequency [Fq] (Hz), average step time [ST] (s) and average step amplitude [SA] (m).
Data analysis: MS Office Excel.
VI T11/12 n4 OT11.38±0.51 Sp8.8±0.4 SN50.8±2.22 Fq4.46±0.1 ST0.22±0.01 SA1.97±0.09
VI T13 n5 OT11.48±0.2 Sp8.71±0.16 SN48.7±1.3 Fq4.24±0.11 ST0.24±0.01 SA2.05±0.05
CP T35/36 n9 OT12.84±0.34 Sp7.79±0.2 SN52.9±5.84 Fq4.12±0.45 ST0.25±0.03 SA1.91±0.19
CP T37/38 n9 OT12.01±0.34 Sp8.33±0.24 SN52.1±5.11 Fq4.34±0.4 ST0.23±0.02 SA1.93±0.17
PD T42 n5 OT14.01±1.07 Sp7.17±0.52 SN54±6.52 Fq3.85±0.35 ST0.26±0.03 SA1.88±0.24
PD T43/44 n8 OT12.22±0.67 Sp8.2±0.45 SN55.3±3.11 Fq4.53±0.23 ST0.22±0.01 SA1.81±0.1
VI T11/12 n5 OT13.21±0.82 Sp7.59±0.48 SN55.7±4.09 Fq4.22±0.14 ST0.24±0.01 SA1.8±0.13
CP T35/36 n8 OT16.33±1.1 Sp6.15±0.41 SN64.9±7.94 Fq3.96±0.27 ST0.25±0.02 SA1.56±0.19
CP T36/37 n11 OT14.36±0.63 Sp6.98±0.3 SN57.6±3.98 Fq4.01±0.21 ST0.25±0.01 SA1.74±0.12
PD 43/44 n4 OT13.6±0.41 Sp7.36±0.22 SN54.8±3.69 Fq4.03±0.26 ST0.25±0.02 SA1.83±0.13
CP T34 n8 OT17.19±0.78 Sp5.83±0.26 SN35.9±4.52 Fq2.08±0.2 ST0.48±0.04 SA2.82±0.32
PD T51 n6 OT25.57±2.02 Sp3.93±0.29 SN41.7±2.42 Fq1.63±0.06 ST0.61±0.02 SA2.41±0.14
PD T52 n5 OT19.61±0.71 Sp5.11±0.19 SN40.8±3.63 Fq2.08±0.12 ST0.48±0.03 SA2.47±0.24
PD T54 n6 OT15.01±0.75 Sp6.68±0.33 SN35.2±1.94 Fq2.35±0.14 ST0.43±0.02 SA2.85±0.15
CP T34 n5 OT21.02±2.26 Sp4.8±0.49 SN45.4±3.51 Fq2.17±0.2 ST0.46±0.04 SA2.21±0.17
PD T54 n6 OT18.16±0.51 Sp5.51±0.16 SN41.3±4.59 Fq2.27±0.21 ST0.44±0.04 SA2.45±0.31
In VI, those with lower grade of disability show lower space perception; and get better OT through greater Fq. Either in PC and in amputees, those with lower level of disability show greater Fq and
better OT. In wheelchair, male athletes keep high Fq, except for T51 (the category with greater disability). So, it can be observed that the greater the disability, the lower the Fq; and the lower the
disability, the greater the SA. Those who show better OT also show a greater Fq and SA.
In PC, OT improvement is achieved through greater SA (not through greater Fq). In PD, those who show a good OT are those who show a good balance between SA and Fq. In wheelchair, there is not enough
data to reach significant conclusions, so the results are only exposed for future research.

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