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Hair cortisol concentration is unaffected by basic military training, but related to sociodemographic and environmental factors

机译:头发皮质醇浓度不受基本军事训练的影响,但与社会人口统计学和环境因素有关

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摘要

The analysis of hair cortisol concentrations (HCC) is a promising new biomarker for retrospective measurement of chronic stress. The effect of basic military training (BMT) on chronic stress has not yet been reported. The aim of this study was to investigate the effect of 10-week BMT on HCC, while further exploring the role of known and novel covariates. Young healthy male recruits of the Swiss Army participated twice, 10 weeks apart, in data collection (1st examination: n = 177; 2nd examination: n = 105). On two occasions, we assessed HCC, perceived stress and different candidate variables that may affect HCC (e.g. socioeconomic status, meteorological data). Military training increased perceived stress from the first to the second examination, but did not affect HCC. In line with this, there was no correlation between HCC and perceived stress ratings. This could be interpreted as a missing influence of mainly physical stress (e.g. exercise) on HCC. In contrast, significant correlations were found between HCC and ambient temperature, humidity and education. Future studies should control for meteorological data and educational status when examining HCC.
机译:头发皮质醇浓度(HCC)的分析是回顾性测量慢性压力的一种有希望的新生物标记。基本军事训练(BMT)对慢性应激的影响尚未见报道。这项研究的目的是调查10周BMT对HCC的影响,同时进一步探讨已知和新型协变量的作用。瑞士军队的年轻健康男性新兵参加了两次数据收集活动,相隔10周,分别进行一次(第一次检查:n = 177;第二次检查:n = 105)。我们两次评估了HCC,感知的压力以及可能影响HCC的不同候选变量(例如,社会经济状况,气象数据)。军事训练从第一次考试到第二次考试增加了感知到的压力,但并未影响HCC。与此相符,HCC与感知的压力等级之间没有相关性。这可以解释为主要是身体压力(例如运动)对肝癌的影响。相反,发现HCC与环境温度,湿度和教育程度之间存在显着相关性。未来的研究应在检查HCC时控制气象数据和教育状况。

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