Cara J F, Johanson A J
Department of Pediatrics, University of Chicago, Pritzker School of Medicine, Illinois.
Pediatr Clin North Am. 1990 Dec;37(6):1229-54. doi: 10.1016/s0031-3955(16)37009-2.
The advent of recombinant DNA technology has resulted in potentially unlimited supplies of growth hormone. Sufficient quantities are now available not only for the long-term, uninterrupted treatment of GH-deficient children but potentially for the treatment of non-GH-deficient patients with other short stature or growth attenuating disorders. Short-term studies have demonstrated an improvement in the growth rates of subjects with isolated short stature, Turner syndrome, and chronic renal failure; and additional studies are under way to assess the efficacy of GH therapy of other short stature syndromes. However, the long-term efficacy and possible adverse effects of GH treatment in these situations is not known. Until there has been more experience, GH deficiency should remain the primary indication for GH treatment. Growth hormone should not be considered routine therapy for other conditions associated with or resulting in short stature. However, research should continue in these areas to define which children may benefit from GH treatment.
重组DNA技术的出现使得生长激素的供应有了潜在的无限可能。现在不仅有足够的量用于长期、不间断地治疗生长激素缺乏的儿童,而且有可能用于治疗其他身材矮小或生长发育迟缓的非生长激素缺乏患者。短期研究表明,患有特发性矮小、特纳综合征和慢性肾衰竭的受试者的生长速度有所提高;正在进行更多研究以评估生长激素治疗其他矮小综合征的疗效。然而,在这些情况下生长激素治疗的长期疗效和可能的不良反应尚不清楚。在积累更多经验之前,生长激素缺乏仍应是生长激素治疗的主要适应症。生长激素不应被视为治疗与身材矮小相关或导致身材矮小的其他病症的常规疗法。然而,这些领域的研究应继续进行,以确定哪些儿童可能从生长激素治疗中获益。