Fatores Associados Ao Desempenho Em Uma Corrida De 10.000  Metros Em Corredores Amadores

Santos, Marcos André Moura dos; Costa, Manoel da Cunha; Gomes, Jorge de Oliveira; Perrier-Melo, Raphael José; Oliveira, Saulo Fernandes Melo de; Farah, Breno Quintella

doi:10.4025/jphyseduc.v28i1.2836

Cited by 4 publications

(6 citation statements)

References 30 publications

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“…O estudo de Pereira et al (2020) encontrou variações de 44,2±5,4 kgf para futebolistas e esse resultado apresentou correlação com a flexibilidade e desempenho esportivo na modalidade. De acordo com Santos et al (2017) as corridas de média e longa distâncias impactam em variáveis neuromusculares, como a força muscular global, o que pode prejudicar a execução de outras atividades, o que também pode predispor a lesão. Nesse sentido, a mensuração da força muscular global é interessante para compreender como esta variável se comportava nos corredores do presente estudo.…”

Section: Resultsunclassified

Função musculoesquelética e prevalência de lesões de membros inferiores em corredores de rua de Curitiba

Araújo

Hayasi

Ito

et al. 2022

Cad. Educ. Fís. Esporte

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OBJETIVO: Avaliar a função musculoesquelética e prevalência de lesões musculoesqueléticas em corredores amadores de rua. MÉTODOS: Selecionados 70 corredores amadores de rua, do sexo masculino, com idade entre 18 e 49 anos, divididos em G10km e G21km. Para identificar as lesões musculoesqueléticas foram avaliados por meio de um questionário semiesetruturado e a função musculoesquelética pelos seguintes testes: força de preensão manual (FPM)para estimar a força muscular global, fleximetria, teste de elevação da perna retificada, teste de sentar e alcançar, mensuração do comprimento de membro inferior, Functional Movement Screen (FMS), Crossover Hop Test for Distance (CHT), Y test, posição de primeira resistência detectada, weight bearing lunge test (WBLT) e flexibilidade da banda iliotibial. RESULTADOS: Em ambos os grupos encontrou-se baixa frequência de lesões, FPM adequada, amplitude de movimento (ADM) de flexão de joelho (fleximetria) e de dorsiflexão (WBLT) diminuídas, encurtamento de músculos isquiotibiais, discrepância de comprimento de membro inferior. Além desses achados, no G21km verificou-se equilíbrio dinâmico alterado e risco de lesão (Y test). CONCLUSÃO: Os corredores de rua apresentaram função musculoesquelética adequada, corroborando com a baixa prevalência de lesões musculoesqueléticas observada.

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Section: Resultsunclassified

Função musculoesquelética e prevalência de lesões de membros inferiores em corredores de rua de Curitiba

Araújo

Hayasi

Ito

et al. 2022

Cad. Educ. Fís. Esporte

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“…Despite the results reported in the present study, we advocate that the development of global fitness should be considered in running training programs, given that athletes are exposed to several constraints (e.g., changes in surfaces characteristics and inclination) that can impose a high involvement of anaerobic metabolic pathway [ 7 ]. Further, anaerobic components have been suggested as relevant variables to differentiate athletes with similar values of aerobic capacity [ 15 ], and also as indicators of fatigue levels among athletes [ 54 , 55 ], meaning that these variables can contribute to improvement in runners’ performance, leading to better results. In addition, we postulate that our results could have been influenced by results achieved by the “amateur runners group”, since they had the best results for the global fitness.…”

Section: Discussionmentioning

confidence: 99%

Relationship between Biological, Training, and Physical Fitness Variables in the Expression of Performance in Non-Professional Runners

Thuany

Gomes

Almeida

2021

Sports

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Sports performance is a multifactorial trait that can be associated with individual and environmental characteristics. In this study, the sample comprised 35 male runners, enrolled in the “InTrack” project. Information regarding variables related to runners’ training was obtained via an online questionnaire, while anthropometric and body composition variables, as well as physical fitness components (muscular power, isometric strength, local muscular endurance, agility, and aerobic capacity) were measured, and a global physical fitness score (based on physical fitness components measured) was computed. The Weltman test (3200 m) was used to estimate runners’ pace and their stride frequency. Linear regression was used, taking the running pace as dependent variable. The final model, comprising biological, physical fitness, spatiotemporal, and training variables, explained 86% of the running performance variance. Muscular power (β = −1.02; 95% CI = (−1.69)–(−0.35)), abdominal muscle endurance (β = −4.81; 95% CI = (−7.52)–(−2.10)), isometric strength (β = −422.95; 95% CI = (−689.65)–(−156.25)), global physical fitness (β = 27.14; 95% CI = 9.52–45.03), and stride frequency (β = −2.99; 95% CI = (−4.29)–(−1.69)) were significantly associated with performance, meaning that better results in tests and increasing the stride frequency leads to better performance. Individual characteristics and physical fitness components were demonstrated to be significant predictors for running performance.

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“…In addition to the various physiological variables, other factors may influence performance, such as the running duration, anthropometric parameters, running strategy, age, sex, nutrition, and supplementation 6 . During running races, endurance athletes generally adopt strategies with a velocity distribution consisting of distinct phases throughout the running 6 .…”

Section: Introductionmentioning

confidence: 99%

Critical velocity estimates running velocity in a 10-km running race in recreational runners

Corrêa

Ribeiro

Cunha

et al. 2020

Rev. bras. cineantropom. desempenho hum.

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The aim of this study was to compare the estimated running velocity in a critical velocity (CV) test with the real running velocity in a 10-km race. This is a cross-sectional study with a convenience sample of 34 runners, 20 males and 14 females (42,4 ± 11,0). The participants attended two days of testing and one day to participate in an official 10-km race. During the visits, the following tests were performed: i) 400-meter running track test and ii) 2000 meter running track test. They were randomly selected and held in official athletics track with at least 48 hours rest between them. The athletes were instructed to participate in the study properly recovered, fed and hydrated. The CV was calculated as the linear relation between distance and race time, corresponding to the slope of the linear regression line. Both tests occurred in similar climatic situations. We found good agreement between the velocities estimated through the CV test and the real running velocity of a 10-km race. Although there was a difference in velocities estimated by the CV test and the real 10-km race, the variation delta was low. Thus, these data indicate that the CV test seems to be a good tool for estimating the velocity of a 10-km race. The CV determined in the field with two fixed distances 400 and 2000 meter was valid to estimate the running velocity of a 10-km race.

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Fatores Associados Ao Desempenho Em Uma Corrida De 10.000 Metros Em Corredores Amadores

Cited by 4 publications

References 30 publications

Função musculoesquelética e prevalência de lesões de membros inferiores em corredores de rua de Curitiba

Função musculoesquelética e prevalência de lesões de membros inferiores em corredores de rua de Curitiba

Relationship between Biological, Training, and Physical Fitness Variables in the Expression of Performance in Non-Professional Runners

Critical velocity estimates running velocity in a 10-km running race in recreational runners

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