Somatomedin and growth hormone in psychosocial dwarfism.

P Saenger, L S Levine, E Wiedemann, E Schwartz, S Korth-Schutz, J Pareira, B Heinig, M I New
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引用次数: 17

Abstract

The diagnosis of psychosocial dwarfism (PSD) was made in a 7 year old boy upon admission to the hospital. In the period following admission, he grew at a slightly accelerated rate of 0.6 cm in 24 days (extrapolated growth rate--9.1 cm/yr); his caloric intake was 1663 calories/day (147 cal/kg/day), stimulable growth hormone was 5.9 ng/ml and somatomedin activity was in the hypopituitary range (0.24, 0.05 U/ml). In the following period of marked catch-up growth of 8.6 cm in 102 days (extrapolated growth rate 30.8 cm/yr), his caloric intake decreased significantly to 1514 cal/day (106 cal/kg/day, 0.005 less than p less than 0.01), stimulable growth hormone in this period was 13.6 ng/ml and somatomedin activity normalized (0.98 U/ml). While under continued observation, with separation from his favorite nurse, his growth velocity dropped significantly to the rate immediately following admission, but there was no change in his stimulable growth hormone or in somatomedin activity. With the return of his favorite nurse, he resumed his previous rapid catch-up growth with no change in caloric intake (p equals not significant), growth hormone level, or somatomedin activity. Upon transient return to his depriving home, his growth rate decreased to 1.4 cm in 70 days (extrapolated growth rate 7.2 cm/yr); growth hormone remained in the normal range. Somatomedin activity was in the low normal range (0.57 U/ml) and rose to high normal activity (1.31 U/ml) as rapid catch-up growth resumed after he had been readmitted. We conclude from these data that: 1. Serum somatomedin in longstanding untreated PSD may be in the hypopituitary range. 2. Markedly fluctuating growth rates during recovery in this patient with PSD were not due to changes in caloric nutrition, growth hormone release or somatomedin activity, but to an as yet unidentified factor affecting growth during emotional stress.

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生长激素和生长激素在心理侏儒症中的作用。
一个7岁男孩在入院时被诊断为心理社会侏儒症(PSD)。入院后,他在24天内以0.6厘米的速度生长(外推生长速度为9.1厘米/年);其热量摄入为1663卡/天(147卡/千克/天),可刺激生长激素为5.9 ng/ml,生长激素活性处于垂体下垂体范围(0.24,0.05 U/ml)。在接下来的102天里,它的生长速度达到了8.6 cm(外推生长速度为30.8 cm/年),其热量摄入显著减少至1514 cal/d (106 cal/kg/d, 0.005 < p < 0.01),这一时期的可刺激生长激素为13.6 ng/ml,生长激素活性恢复正常(0.98 U/ml)。在与他最喜欢的护士分开的持续观察中,他的生长速度明显下降到入院后的速度,但他的刺激性生长激素和生长激素活性没有变化。随着他最喜欢的护士的回来,他恢复了以前的快速追赶生长,热量摄入没有变化(p =不显著),生长激素水平,或生长激素活性。在短暂回到被剥夺的家后,他的生长速度在70天内下降到1.4厘米(外推生长速度为7.2厘米/年);生长激素维持在正常范围。Somatomedin活性处于低正常范围(0.57 U/ml),再入院后,随着快速追赶生长恢复,Somatomedin活性上升至高正常水平(1.31 U/ml)。从这些数据我们可以得出结论:1。长期未经治疗的PSD患者血清生长激素可能处于垂体功能低下的范围。2. 该PSD患者恢复期间生长速率的显著波动不是由于热量营养、生长激素释放或生长激素活性的变化,而是由于情绪应激期间影响生长的一个尚未确定的因素。
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