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Rev. bras. cineantropom. desempenho hum ; 10(4): 341-346, 2008. tab, graf
Article in Portuguese | LILACS | ID: lil-492600

ABSTRACT

O objetivo do estudo foi analisar as respostas hormonais, imunológicas e enzimáticas agudas a uma partida de basquetebol em jogadores profissionais desta modalidade. A amostra foi composta de oito atletas de basquetebol, praticantes a pelo menos quatro anos. Foi realizada uma partida de duração total de 40 minutos com simulação real, sendo dividida por dois tempos de 20 minutos e um intervalo de 10 minutos entre os tempos. As amostras sanguíneas foram colhidas antes e imediatamente após a partida (20 ml pelo sistema de tubos a vácuo). As variáveis analisadas foram: hormônios testosterona e cortisol, leucócitos totais, neutrófilos, linfócitos, monócitos e as enzimas creatina kinase (CK) e lactato desidrogenase (LDH). Para análise estatística, foi utilizada estatística descritiva e Teste t de Student pareado com p≤0,05. A concentração pré (13,34 nmol/L e 301,97 nmol/L) e pós (17,34 nmol/L e 395,91 nmol/L) de testosterona e cortisol foram estatisticamente diferentes, com maiores valores após o jogo para ambos os hormônios respectivamente. A contagem das células imunes apresentou diferença significante nos leucócitos totais (6393,75 nmol/L e 9158,75 nmol/L) e neutrófilos (3532,5 nmol/L e 6392,62 nmol/L) com maiores valores após a partida. As variáveis enzimáticas analisadas não apresentaram diferenças significativas. Portanto, dos marcadores analisados, testosterona e cortisol mostraram aumento acentuado após a partida, o mesmo comportamento foi verificado para os leucócitos totais e neutrófilos.


The objective of the present study was to analyze the acute hormonal, immunological and enzymatic responses of professional basketball players to a basketball game. The sample was composed of eight basketball athletes, with a minimum of 4 years’ experience in basketball. A real game was simulated with a total duration of 40 minutes, divided into two halves of 20 minutes each and an interval of 10 minutes between halves. Blood samples were collected before and immediately after the game (20 ml, vacuum tube system). The variables analyzed were: testosterone and cortisol hormones, total leukocytes, neutrophils, lymphocytes, monocytes and the enzymes creatine kinase (CK) and lactate dehydrogenase (LDH). Statistical analysis was with descriptive statistics and the Student’s t test for paired samples to p≤0.05. The pre (13.34 nmol/L and 301.97 nmol/L) and post game (17.34 nmol/L and 395.91 nmol/L) levels of testosterone and cortisol were statistically different, with higher levels after the game for both hormones. The immune cell counts exhibited significant differences for total leukocytes (6393.75 nmol/L and 9158.75 nmol/L) and neutrophils (3532.5 nmol/L and 6392.62 nmol/L), with levels being higher after the game. No statistical differences were observed for the enzymatic variables. Therefore, based on the markers analyzed, testosterone and cortisol exhibited pronounced increases after the game and the same behavior was observed for total leukocytes and neutrophils.

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