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甲氧氯普胺对母体及胎儿高催乳素血症的影响。

Effect of metoclopramide on maternal and fetal hyperprolactinemia.

作者信息

Robuschi G, Emanuele R, d'Amato L, Salvi M, Dall'Aglio E, Gardini E, Fatone M, Foscolo S, Gnudi A, Roti E

出版信息

J Endocrinol Invest. 1983 Apr;6(2):107-11. doi: 10.1007/BF03350581.

Abstract

To investigate the effect of metoclopramide (MET), a dopaminergic antagonist drug, on serum PRL concentration in maternal and cord blood (CB) serum, the drug was injected in 94 at term pregnant women whereas 28 mothers received saline. Maternal serum (MS) samples were obtained before MET injection and at the parturition time. According to the interval of time between MET administration and birth, MS specimens were grouped in 7 groups. CB was obtained from neonates whose mothers were injected with saline, group 0 and from newborns whose mothers were treated with MET, groups 1 to 7. In the 7 groups of women the mean PRL concentration before MET ranged between 307 and 439 ng/ml. After MET injection a significant increase has been observed in all groups with a minimum and maximal mean value of 639 and 931 ng/ml. The highest net increment of PRL has been measured in group 1 sampled at 5 to 30 minutes after MET. CB PRL concentration in group 0, saline treated, was not different from the values measured in group 1 to 7, treated groups, with a range between 504 and 703 ng/ml. These findings suggest that maternal lactotropes are still responsive to MET. On the opposite, fetal pituitary does not release PRL after MET injection probably because PRL secretory activity is maximal or because the dopaminergic receptors' system is still immature.

摘要

为研究多巴胺能拮抗剂甲氧氯普胺(MET)对母血和脐血血清中催乳素(PRL)浓度的影响,对94名足月孕妇注射了该药物,而28名母亲注射了生理盐水。在注射MET前和分娩时采集母血(MS)样本。根据MET给药至分娩的时间间隔,将MS样本分为7组。脐血取自母亲注射生理盐水的新生儿(0组)以及母亲接受MET治疗的新生儿(1至7组)。在这7组女性中,注射MET前PRL平均浓度在307至439 ng/ml之间。注射MET后,所有组均观察到显著升高,最低和最高平均值分别为639和931 ng/ml。在MET注射后5至30分钟采样的第1组中,PRL的净增量最高。在接受生理盐水治疗的0组中,脐血PRL浓度与1至7组接受治疗的组所测值无差异,范围在504至703 ng/ml之间。这些发现表明,母体催乳细胞对MET仍有反应。相反,胎儿垂体在注射MET后不释放PRL,可能是因为PRL分泌活性已达最大,或者是因为多巴胺能受体系统仍不成熟。

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