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At least 469 records · Page 26Linked to original sources
PubMed1975

[Radioimmunologic studies on serum gonadotropic hormones during oral contraception].

In 10 women serum FSH- and LH-concentrations (radioimmunoassay) were measured daily throughout a complete cycle. 2 patients exhibited untreated biphasic menstrual cycles. 2 women were under the treatment of a combined estrogen - progestagen preparation, 1 woman was taking a sequential preparation, and 5 patients were treated with a weekly dose of a recently developed depot - estrogen (ethinylestradiolsulfonate). While the untreated women showed typical serum FSH-and LH-patterns characteristic of the biphasic menstrual cycle, patients on combined therapy were found to have a continuous low FSH- and LH-level except in the postmenstrual phase of the cycle, in which the values were slightly elevated. Serum-FSH-concentration in the woman on the sequential preparation remained constant throughout the treatment peroid, while serum LH-pattern showed multiple peaks. In the same manner, serum LH-patterns in women on the weekly depot- estrogen regimen were characterized by nearly regularly appearing LH-peaks, which seemed to be correlated with the estrogen intake. The cause and clinical significance of these findings are discussed.

Contraceptives, Oral↗
PubMed1976

Biochemical effects of treatment with oral contraceptive steroids on the dopaminergic system of the rat.

The effects of acute and chronic administration of a combination of lynestrenol-mestrenol, a widely employed contraceptive medication, on the dopaminergic system of the rat forebrain and striatum were investigated to better understand the biochemical basis of the neurological side-effects of steroid contraceptive drugs (SCDs). Both acute and chronic treatment increased the disappearance rate of striatal dopamine (DA) after synthesis blockade with alpha-methyl-p-tyrosine (alpha-MpT). Moreover, the conversion of 3H-tyrosine (3H-T) into 3H-DA was increased in the forebrain and striatum after chronic administration of this steroid combination. In the same animals, the utilization of tyrosine (T) is increased.

Animals↗