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1 le levels of serum FSH and LH after LRF, and plasma testosterone after HCG, confirm pituitary and Ley
2          In males and females, respectively, plasma testosterone and progesterone are higher in breed
3 cretion in PNS rats was indicated by greater plasma testosterone and progesterone concentrations in m
4 ng positive correlation (r2 = 0.922) between plasma testosterone concentrations and ischemic lesion s
5  abarelix, azaline B, and FE200486 inhibited plasma testosterone for 1, 1, 14, and 57 days, respectiv
6                                              Plasma testosterone level was consistent with Tanner 4 (
7 positive cells significantly correlated with plasma testosterone level.
8                                         Both plasma testosterone levels and testes volume were indepe
9 worsened with age in the double mutants, and plasma testosterone levels in 9-mo-old Polg-Akita males
10 dative stress, seminal plasma vitamin E, and plasma testosterone levels in both groups.
11                      2-OHE had no effects on plasma testosterone levels in male nephropathic animals.
12 ected neither mother-litter interactions nor plasma testosterone levels in males during or after trea
13                     In addition, we examined plasma testosterone levels in sexually mature males.
14 he mother produced a significant rise in the plasma testosterone levels of the males.
15                            In these species, plasma testosterone levels rise and fall across the seas
16                                              Plasma testosterone levels were strongly correlated with
17 These changes co-occurred with elevations in plasma testosterone levels.
18                     Puberty was estimated by plasma testosterone levels.
19  HCG therapy with resultant normal levels of plasma testosterone may somehow stimulate endogenous gon
20  designed to produce physiological levels of plasma testosterone (n=9) or empty silastic capsules (n=
21             As d62MI-TP increased both fetal plasma testosterone (P<0.05) and estradiol concentration
22             In the present study, I measured plasma testosterone (T) concentrations and the size of s
23 ngbirds, primarily in response to changes in plasma testosterone (T) levels.
24 phology, primarily in response to changes in plasma testosterone (T).
25 treatment with HCG resulted in the return of plasma testosterone to low, pretreatment levels.
26 ionic gonadotropin (HCG) increased levels of plasma testosterone to normal adult male values in all g
27                              While levels of plasma testosterone were significantly lower in gonadotr