催乳素瘤与短暂性生长激素缺乏和持续生长迟缓有关。

I D Schwartz, L M Hussey, J A Grunt, C P Howard
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引用次数: 3

摘要

一个14.8岁的男孩被评估为持续两个月的溢乳和生长减速超过三年。他的身高和甲状腺功能正常,视力未受损,双侧溢乳,青春期停滞,比年龄平均值低3.7个标准差(SD)。MRI显示左侧垂体肿块10 × 8mm。骨龄为11.5岁。溴隐亭(Br)治疗5周后血清催乳素(PRL)下降85%以上。5个月后,泌乳素瘤(proloma)大小为5 × 4毫米。下丘脑-垂体功能提示生长激素(GH)缺乏和促性腺功能低下,通过ITT-TRH-GnRH-clonidine评估。Br治疗9个月后,尽管通过重复ITT-TRH-GnRH-clonidine评估促性腺激素和生长激素分泌恢复充足,汇总12小时夜间自发生长激素分泌和青春期的临床进展,但没有线性的“追赶生长”(生长速度= 4.4 cm/年,身高低于年龄平均值4.2 SD)。添加生长激素后,生长速度增加,无不良影响。我们的结论是,尽管其他垂体前叶功能障碍得到了解决,但泌腺瘤的分泌减少、大小和生长之间可能存在不一致/滞后。讨论了其他可能性。
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Prolactinoma associated with transient growth hormone deficiency but persistent growth retardation.

A 14.8 year old boy was evaluated for galactorrhea of two months duration and growth deceleration for greater than three years. He was 3.7 standard deviations (SD) below the mean for age in height and euthyroid with uncompromised vision, bilateral galactorrhea, and pubertal arrest. MRI demonstrated a 10 x 8 mm left pituitary mass. Bone age was 11.5 years. Serum prolactin (PRL) decreased by more than 85% after 5 weeks of treatment with bromocriptine (Br). After five months, the prolactinoma (PRLoma) measured 5 x 4 mm. Hypothalamic-pituitary function indicated growth hormone (GH) deficiency and hypogonadotropic hypogonadism as assessed by ITT-TRH-GnRH-clonidine. After nine months of Br, despite return of adequate gonadotropin and GH secretion as assessed by repeat ITT-TRH-GnRH-clonidine, pooled 12 hour nocturnal spontaneous GH secretion, and clinical progression of puberty, there was no linear "catch-up growth" (growth rate = 4.4 cm/yr and height 4.2 SD below the mean for age). Growth rate increased following supplemental GH administration without untoward effect. We conclude that there may be discordance/lag between reduction in secretion and size of PRLomas and growth despite resolution of other anterior pituitary dysfunction. Other possibilities are discussed.

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