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首页> 外文期刊>Journal of the Endocrine Society. >Bumpy and Smoother Pathways of Puberty Hormone Change: A Novel Way to Define Gonadal Hormone Trajectories in Adolescents
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Bumpy and Smoother Pathways of Puberty Hormone Change: A Novel Way to Define Gonadal Hormone Trajectories in Adolescents

机译:青春期激素变化的颠簸和更顺畅的途径:一种在青少年定义Gonadal激素轨迹的新方法

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Context The study of gonadal hormone effects on adolescent wellbeing has been limited by logistical challenges. Urine hormone profiling offers new opportunities to understand the health and behavioral implications of puberty hormones. Objective To characterize pubertal change in urinary testosterone and estradiol among male and female adolescents, respectively. Design Three-year prospective cohort study. Setting Australian regional community. Participants 282 (163 male) normally developing adolescents aged 11.8 ± 1.0 years at baseline. Main outcome measure Quarterly urine measurements of testosterone and estradiol (mass spectrometry); annual anthropometric assessment and Tanner stage (TS) self-report. Results Two-class sigmoidal and quadratic growth mixture models (centered on age at TS3) were identified as best-fit for describing testosterone (male) and estradiol (female) change. Classes 1 (male: 63%; female: 82%) and 2 (male: 37%; female: 18%) were respectively named the “stable” and “unstable” trajectories, characterized by different standard deviation of quarterly hormone change and magnitude of hormone peaks and troughs (all P 0.001). Compared with class 1 (stable), class 2 males were taller at baseline (154 vs 151 cm), reported earlier and faster TS progression ( P 0.01), and showed higher serum testosterone levels at baseline and 3 years ( P ≤ 0.01). Class 2 females exhibited smaller height and weight gains over the 3 years and had higher baseline serum estradiol (249 vs 98 pmol/L; P = 0.002) than class 1. Conclusions Adolescents showed 2 distinct urinary gonadal hormone trajectories, characterized by stability of change over time, which were not associated with consistent anthropometric differences. Results provide a methodology for studying gonadal hormone impacts on other aspects of biopsychosocial wellbeing. Identification of potential “at-risk” hormone groups would be important for planning supportive interventions.
机译:背景信息对青少年福祉的Gonadal激素效应的研究受到后勤挑战的限制。尿液激素分析提供了了解青春期激素的健康和行为影响的新机会。目的分别对尿睾酮和雌性青少年雌二醇的育龄变化表征。设计三年前瞻性队列研究。设置澳大利亚区域社区。参与者282(163名男性)通常在基线开发11.8±1.0年龄的青少年。主要结果衡量睾酮和雌二醇(质谱)的季度尿液测量;年度人体计量评估和Tanner阶段(TS)自我报告。结果两类六样型和二次生长混合物模型(以TS3为中心)被鉴定为最适合描述睾酮(雄性)和雌二醇(雌性)变化。课程1(男性:63%;女性:82%)和2(男性:37%;女性:18%)分别命名为“稳定”和“不稳定”轨迹,其特征是季激素变化的不同标准偏差激素峰和槽(所有P <0.001)。与1级(稳定)相比,2级男性在基线(154 vs151cm)更高,早期报道,更快的TS进展(P <0.01),并在基线和3年显示血清睾酮水平,3年(P≤0.01) 。 2级女性在3年内表现出较小的高度和体重增加,并且具有高于3级的基线血清雌二醇(249 Vs 98 pmol / L; p = 0.002)。结论青少年表现出2种不同的尿尿道激素轨迹,其特征在于变化的稳定性随着时间的推移,这与一致的人体测量差异无关。结果提供了研究对性能解性幸福的其他方面的性腺激素影响的方法。识别潜在的“风险”激素组对规划支持性干预措施对重要性是重要的。

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