Reliability and criterion-related validity of a new repeated agility test

Mohamed Fessi; Emna Makni; Monèm Jemni; Mohamed Elloumi; Johnny Padulo; Mohamed Ali Nabli; Karim Chamari; Wassim Moalla

doi:10.5604/20831862.1198635

Reliability and criterion-related validity of a new repeated agility test

Mohamed Fessi, Emna Makni, Monèm Jemni, Mohamed Elloumi, Johnny Padulo, Mohamed Ali Nabli, Karim Chamari, Wassim Moalla

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Abstract

The study aimed to assess the reliability and the criterion-related validity of a new repeated sprint T-test (RSTT) that includes intense multidirectional intermittent efforts. The RSTT consisted of 7 maximal repeated executions of the agility T-test with 25 s of passive recovery rest in between. Forty-five team sports players performed two RSTTs separated by 3 days to assess the reliability of best time (BT) and total time (TT) of the RSTT. The intra-class correlation coefficient analysis revealed a high relative reliability between test and retest for BT and TT (>0.90). The standard error of measurement (

Original language	English
Journal	Biology of Sport
Volume	33
Issue number	2
DOIs	https://doi.org/10.5604/20831862.1198635
Publication status	Published - 25 Apr 2016
Externally published	Yes

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BS_Art_27437-10Final published version, 334 KBLicence: CC BY-SA

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AU - Fessi, Mohamed

AU - Makni, Emna

AU - Jemni, Monèm

AU - Elloumi, Mohamed

AU - Padulo, Johnny

AU - Nabli, Mohamed Ali

AU - Chamari, Karim

AU - Moalla, Wassim

PY - 2016/4/25

Y1 - 2016/4/25

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AB - The study aimed to assess the reliability and the criterion-related validity of a new repeated sprint T-test (RSTT) that includes intense multidirectional intermittent efforts. The RSTT consisted of 7 maximal repeated executions of the agility T-test with 25 s of passive recovery rest in between. Forty-five team sports players performed two RSTTs separated by 3 days to assess the reliability of best time (BT) and total time (TT) of the RSTT. The intra-class correlation coefficient analysis revealed a high relative reliability between test and retest for BT and TT (>0.90). The standard error of measurement (

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JO - Biology of Sport

JF - Biology of Sport

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Reliability and criterion-related validity of a new repeated agility test

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