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1 nd 14 after the initiation of treatment with cetrorelix.
2 ale rats are also decreased by high doses of Cetrorelix.
3 ts were rapidly and completely suppressed by cetrorelix.
4 ed for at least 72 h after administration of Cetrorelix.
5 eatment with a low-dose depot formulation of Cetrorelix (20-24 microg per kg per day) on the pituitar
6                                              Cetrorelix, a GnRHR1 antagonist, inhibited the expressio
7                    Chronic administration of cetrorelix also decreased the level of membrane receptor
8 treatment of female rats with large doses of Cetrorelix, an antagonist of luteinizing hormone-releasi
9 red the effects of chronic administration of cetrorelix and triptorelin on the LHRH-R mRNA level and
10 on, revealed that a single s.c. injection of cetrorelix at a dose of 100 microg per rat significantly
11 ere investigated after a single injection of Cetrorelix at a dose of 100 microg per rat.
12  in the mRNA expression after treatment with Cetrorelix, but not always Decapeptyl, paralleled those
13      To determine whether the treatment with Cetrorelix can affect the concentration of measurable LH
14       Prolonged treatment for 10 days with a Cetrorelix depot formulation releasing 100 microg/day de
15 Continuous perfusion of the cells with 50 nM cetrorelix did not cause any significant changes, but pr
16        Thus, the treatment with low doses of Cetrorelix did not seriously impair gonadal functions.
17                     The results suggest that Cetrorelix in low doses induces only a partial pituitary
18 inuous exposure of pituitary cells to 100 nM Cetrorelix in the superfusion system, which is devoid of
19 tigated the direct effect of LHRH antagonist cetrorelix in vitro on the expression of the pituitary L
20 udies demonstrate that prolonged exposure to Cetrorelix in vivo, but not in vitro, down-regulates the
21 sults confirm that LHRH antagonists, such as cetrorelix, inhibit the gene expression of pituitary LHR
22 at pituitaries after therapy with antagonist cetrorelix is associated with an increase in receptor co
23 Cl)2,D-Pal(3)3,D-Cit6,D-Ala10]LH-R H (SB-75; Cetrorelix) is a modern, potent antagonistic analog of L
24 one deprivation is indicated, lower doses of Cetrorelix may suffice.
25 After (5 h) a single injection of 100 microg Cetrorelix, no significant decrease occurred in the mRNA
26                     The inhibitory effect of Cetrorelix on serum LH, pituitary LHRH-R mRNA, and LHRH-
27  investigate the effects of LH-RH antagonist cetrorelix on the binding characteristics and subcellula
28 e mechanisms, we investigated the effects of Cetrorelix on the mRNA expression of pituitary LH-RH-R a
29 ats were reduced after 10-day treatment with Cetrorelix or 100 microg/day Decapeptyl.
30 5 microg/day) for 30 days or LHRH antagonist Cetrorelix pamoate (100 microg/day) for 30 days and dail
31                                              Cetrorelix pamoate reduced serum LH in female rats and d
32 cate that administration of LH-RH antagonist Cetrorelix produces a marked down-regulation of pituitar
33 ter administration of a depot formulation of cetrorelix, releasing 100 microg of peptide daily, the e
34 receptor concentration was found 3-6 h after Cetrorelix treatment and a recovery in receptor number b
35                       In normal female rats, cetrorelix treatment suppressed the LHRH-R mRNA level by
36                     In contrast, 2-6 h after cetrorelix treatment, the concentration of binding sites
37 regulation of LH-RH binding sites induced by Cetrorelix was accompanied by serum LH and testosterone
38 ors at 1, 3, and 6 h after administration of Cetrorelix were approximately 28%, 14%, and 10%, respect

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