Running Anaerobic Sprint Test, Lactate Minimum and Critical Velocity Protocol in Shuttle Futsal Testing

Lima, Tiago Buzatto de; Andrade, Vinicius Carvalho; Messias, Leonardo Henrique Dalcheco; Manchado-Gobatto, Fúlvia de Barros; Oliveira, Ramon de; Cruz, Ricardo Alexandre Rodrigues Santa; Rosante, KauêTomazine

doi:10.18276/cej.2015.4-01

Cited by 7 publications

(8 citation statements)

References 33 publications

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“…Loures et al [52] reported that the anaerobic work capacity (equivalent of ADC) of soccer players under seventeen age did not correlate with power and fatigue index parameters of RAST but velocity parameters (mean and maximum velocity) had significant correlation with ADC. Similarly, it was determined a non-significant correlation between RAST and anaerobic running capacity (equivalent of ADC) in male futsal players [53]. Unlike finding of mentioned study, there was a significant correlation between all the RAST parameters and ADC (as an anaerobic parameter) in our study (table 2).…”

Section: Pedagogycontrasting

confidence: 63%

The prediction of repeated sprint and speed endurance performance by parameters of critical velocity models in soccer

Arı

Deliceoğlu

2021

ppcs

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Background and Study Aim. The prediction of running anaerobic sprint test and 800 m performance by parameters of critical velocity was examined in this study. Material and Methods. The participants of study were consisted of thirteen amateur soccer players (n=13, age=22.69±5.29 years, weight=72.46±6.32 kg, height=176.92±6.73 cm). The 800 and 2400 m running tests were performed for determination of critical velocity and anaerobic distance capacity. The critical velocity and anaerobic distance capacity were determined by three mathematical models (linear total distance, linear velocity, non-linear two parameter model). The repeated sprint and sprint endurance ability was determined by running anaerobic sprint test and 800 m running test. The simple and multiple linear regression analysis was used for prediction of dependent variables (running anaerobic sprint test and 800 m running performance) by independent variables (critical velocity and anaerobic distance capacity) of study. The correlation between variables was determined by Pearson correlation coefficient. Results. It was found that anaerobic distance capacity was a significant predictor of running anaerobic sprint test and 800 m running performance (p˂0.05). However, it was determined that critical velocity predicted significantly only time parameters of running anaerobic sprint test and 800 m test (p˂0.05). Also, the parameters of 800 m test (except for average velocity) were significantly predicted by running anaerobic sprint test parameters (p˂0.05). Conclusions. It may be concluded that anaerobic distance capacity is an indicator of repeated sprint and speed endurance ability in soccer and may be used in improvement of sprint endurance performance.

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Section: Pedagogycontrasting

confidence: 63%

The prediction of repeated sprint and speed endurance performance by parameters of critical velocity models in soccer

Arı

Deliceoğlu

2021

ppcs

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“…Despite the fact that several studies followed the original 8 min recovery (Bacon and Kern, 1999; Carter et al, 1999a,b, 2000; MacIntosh et al, 2002; Dantas De Luca et al, 2003; Ribeiro et al, 2003; Zagatto et al, 2004, 2013, 2014; Simões et al, 2005, 2009; Hiyane et al, 2006; Altimari et al, 2007, 2010; Azevedo et al, 2007; Silva et al, 2007; Pardono et al, 2008; Johnson et al, 2009; Johnson and Sharpe, 2011; Mota et al, 2011; Barbieri and Gobatto, 2013; Camargo et al, 2013; Mezzaroba and Machado, 2013; Miranda et al, 2013; Miyagi et al, 2013, 2015; Campos et al, 2014; Messias et al, 2015), a myriad of recovery manipulations is also observed, especially regarding the recovery type and intensity (Davison et al, 2000; Smith et al, 2002; Rotstein et al, 2007; Silva et al, 2007; Sotero et al, 2007, 2009, 2011; Knoepfli-Lenzin and Boutellier, 2011; Vicente-Campous et al, 2014; Browne et al, 2015). Some attention has been given to this phase due to its potential LMI influence.…”

Section: Can the Lmt Be Influenced By Methodological Aspects?mentioning

confidence: 99%

“…For instance, its application was already conducted in a specific manner for taekwondo (Mota et al, 2011), basketball (Araujo et al, 2013; Camargo et al, 2013), table tennis (Barbieri and Gobatto, 2013), triathlon (Vicente-Campous et al, 2014), and futsal (Messias et al, 2015; Barbieri et al, 2017) besides several other important issues (Carter et al, 2000; Davison et al, 2000; Dantas De Luca et al, 2003; Zagatto et al, 2004, 2013; Simões et al, 2005; Rotstein et al, 2007; Mezzaroba and Machado, 2013; Miyagi et al, 2015; Sousa et al, 2017). Along with its popularity, concerns have arisen involving the influence of possible methodological aspects on LMT parameters, and effectiveness of LMI for identifying training effects or even iMLSS estimation validity.…”

Section: Theoretical Concept Of the Lmtmentioning

confidence: 99%

“…According to Tegtbur et al (1993) this minimum point named the lactate minimum intensity (LMI), provides an estimation of the intensity that represents the balance between the appearance and clearance of arterial blood lactate, known as the maximal lactate steady state intensity (iMLSS). Apart from the aerobic capacity estimation, studies have also applied anaerobic protocols during the hyperlactatemia phase (Smith et al, 2002; Araujo et al, 2013; Camargo et al, 2013; Messias et al, 2015), allowing the determination of anaerobic indexes, such as peak, mean and minimum force/power. Therefore, in addition to its easy application and objectivity, the LMT is also considered a valid physiological protocol for the assessment of aerobic and anaerobic parameters in just one evaluation session (Messias et al, 2015).…”

Section: Introductionmentioning

confidence: 99%

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The Lactate Minimum Test: Concept, Methodological Aspects and Insights for Future Investigations in Human and Animal Models

et al. 2017

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In 1993, Uwe Tegtbur proposed a useful physiological protocol named the lactate minimum test (LMT). This test consists of three distinct phases. Firstly, subjects must perform high intensity efforts to induce hyperlactatemia (phase 1). Subsequently, 8 min of recovery are allowed for transposition of lactate from myocytes (for instance) to the bloodstream (phase 2). Right after the recovery, subjects are submitted to an incremental test until exhaustion (phase 3). The blood lactate concentration is expected to fall during the first stages of the incremental test and as the intensity increases in subsequent stages, to rise again forming a “U” shaped blood lactate kinetic. The minimum point of this curve, named the lactate minimum intensity (LMI), provides an estimation of the intensity that represents the balance between the appearance and clearance of arterial blood lactate, known as the maximal lactate steady state intensity (iMLSS). Furthermore, in addition to the iMLSS estimation, studies have also determined anaerobic parameters (e.g., peak, mean, and minimum force/power) during phase 1 and also the maximum oxygen consumption in phase 3; therefore, the LMT is considered a robust physiological protocol. Although, encouraging reports have been published in both human and animal models, there are still some controversies regarding three main factors: (1) the influence of methodological aspects on the LMT parameters; (2) LMT effectiveness for monitoring training effects; and (3) the LMI as a valid iMLSS estimator. Therefore, the aim of this review is to provide a balanced discussion between scientific evidence of the aforementioned issues, and insights for future investigations are suggested. In summary, further analyses is necessary to determine whether these factors are worthy, since the LMT is relevant in several contexts of health sciences.

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“…This result indicated high energy demand of anaerobic activity with a change of direction. Messias et al [30] found no significant correlation between lactate minimum speed and CV values in futsal players. The lactate value is an indicator of anaerobic endurance.…”

Section: Discussionmentioning

confidence: 91%

The effect on critical velocity of runnings with change of direction in soccer

Arı

Cihan

Cetindemir

2021

BJHPA

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Introduction: The aim of this study was to examine relationships between Yo-Yo intermittent recovery level 1 test (YYIR1T) performance and critical velocity determined by test protocols consisting of runs with a change of direction and straight runs. Material and Methods: Twelve young soccer players voluntarily participated in study (age: 17.07±0.24 years, training experience: 8.42±2.50 years, height: 178.58±5.76 cm, weight: 70.67±6.14 kg, body mass index: 22.16±1.59). To determine critical velocity, 6-, 9- and 12-minute runs were performed with maximum effort on a straight-line running track and a running track with a change of direction. The critical velocity was determined by two linear regression models. YYIR1T was performed to determine players’ aerobic endurance. The critical velocity value of the two test tracks was compared by the paired samples T-test. The correlation between test parameters was determined by Spearman’s correlation coefficient. Results: A significant difference between anaerobic distance capacity and the mean running speed of the two test tracks (p<0.05) was found. There was a significant correlation between critical velocity in the straight-line test track and the YYIR1T performance (p<0.05). Conclusions: Consequently, it might be said that runs with a change of direction might increase energy expenditure and anaerobic distance capacity was highly affected by those compared to critical velocity.

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Running Anaerobic Sprint Test, Lactate Minimum and Critical Velocity Protocol in Shuttle Futsal Testing

Cited by 7 publications

References 33 publications

The prediction of repeated sprint and speed endurance performance by parameters of critical velocity models in soccer

The prediction of repeated sprint and speed endurance performance by parameters of critical velocity models in soccer

The Lactate Minimum Test: Concept, Methodological Aspects and Insights for Future Investigations in Human and Animal Models

The effect on critical velocity of runnings with change of direction in soccer

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