ライフサイエンスコーパス: gonadectomy

1 cked by pre-pubertal, but not post-pubertal, gonadectomy.

2 op into breeders, with or without subsequent gonadectomy.

3 age range, 17-37 years) eventually underwent gonadectomy.

4 reversed by prepubertal but not postpubertal gonadectomy.

5 t sexual dimorphisms, which were impacted by gonadectomy.

6 on that mirrored those induced by short-term gonadectomy.

7 es in immunoreactivity stimulated by chronic gonadectomy.

8 responses were evident within 48 h following gonadectomy.

9 ch is sensitive to sex differences and adult gonadectomy.

10 led to increase osteoclast development after gonadectomy.

11 corbate loss was comparatively unaffected by gonadectomy.

12 of care for patients with CAIS should remain gonadectomy after puberty.

13 In adulthood, gonadectomy alone or followed by chronic testosterone tr

14 nitially, we examined the timecourse whereby gonadectomy alters the CORT response to restraint stress

15 ediated mechanisms in maintaining bone mass, gonadectomy and estradiol treatment were studied in ER-k

16 P and serum corticosterone, although gender, gonadectomy and hormone replacement had disparate influe

17 urs for plasma estradiol; its presence after gonadectomy and its positive correlation with adrenal es

18 during the active phase are preserved after gonadectomy and may be driven by non-hormonal factors.

19 the persistence of sex differences following gonadectomy and selective involvement of BDNF in treatme

20 th dysgenetic and intra-abdominal, and early gonadectomies are recommended as malignancies have been

21 BDNF mRNA changes after gonadectomy are accompanied by an increase in the levels

22 After gonadectomy, BDNF mRNA levels are significantly reduced

23 creases in immunoreactivity induced by acute gonadectomy, but was ineffective in suppressing changes

24 Gonadectomy decreased airway inflammation in males but d

25 present study examined whether sex and adult gonadectomy differences were observed in morphine-induce

26 Gonadectomy experiments show that testosterone aggravate

27 Gonadectomy (GDNX) had no significant effect on the numb

28 Since gonadectomy (GDX) attenuates LTF in male rats, we tested

29 ted the hippocampus of adult male rats after gonadectomy (Gdx) or sham surgery.

30 pleted of endogenous sex steroid hormones by gonadectomy (GDX).

31 ale F344 rats underwent sham surgery (SHAM), gonadectomy (GX), or GX plus supraphysiologic testostero

32 oxidative stress were acutely reproduced by gonadectomy in 5-month-old females or males and reversed

33 Previous studies have shown that gonadectomy in adult male rats induces a complex series

34 Gonadectomy in adult male rats induces a series of chang

35 Gonadectomy in females results in increased mortality, a

36 describes the evolution toward laparoscopic gonadectomy in intersex patients, as a means to remove a

37 )ergic neuronal activity decreases following gonadectomy in male rats.

38 , decreases with increasing age or following gonadectomy in male Sprague-Dawley (SD) rats.

39 pendent of estrous cycle stage in females or gonadectomy in males.

40 us studies in our laboratory have shown that gonadectomy in young male rats (3 months) eliminates a f

41 After gonadectomy, increased ascorbate loss was seen in all fe

42 In males, gonadectomy increases the adrenocorticotropic hormone (A

43 and loss were unaffected by either gender or gonadectomy, indicating differences in regulation from t

44 d changes in DNA methylation associated with gonadectomy-induced adrenocortical neoplasia in the mous

45 Estrens and PSK3471 prevented gonadectomy-induced bone loss in male and female mice, b

46 Systemic delivery of NELL-1 to mice with gonadectomy-induced osteoporosis results in improved bon

47 ion of basal levels, interestingly, the post-gonadectomy-induced rise in pituitary gonadotropin synth

48 In the present study, we determined whether gonadectomy induces changes in dendritic architecture in

49 However, following gonadectomy, INH(-/-)-LH-CTP mice develop large, sex ste

50 Partial gonadectomy is feasible in true hermaphrodites commensur

51 of mesocortical dopamine axons that follows gonadectomy is stimulated by changes in estrogen signali

52 Neither gonadectomy nor gonadectomy plus testosterone replacemen

53 Recent studies have demonstrated that gonadectomy of adult male rats induces dendritic growth

54 Gonadectomy of both males and females caused a decrease

55 Gonadectomy of DI rats abrogated sex differences in gene

56 Gonadectomy of female rats was associated with a greater

57 The effect of perinatal gonadectomy on catecholamines was examined in representa

58 ndicate both long- and short-term effects of gonadectomy on cortical catecholamines, principally targ

59 Neither gonadectomy nor gonadectomy plus testosterone replacement altered the my

60 es with testosterone capsules at the time of gonadectomy, prevented the decline in soma labeling in a

61 Importantly, gonadectomy reduced but did not completely abolish any o

62 We found that gonadectomy resulted in different effects, depending on

63 After gonadectomy, the gender difference in plasma ascorbate l

64 female Sprague-Dawley rats were subjected to gonadectomy, then were randomly divided into four subgro

65 aken by a multidisciplinary team and include gonadectomy to avoid gonad tumours in later life, approp

66 In mice, we used gonadectomy to eliminate gonadal steroid hormone-depende

67 cted on the right, and in a premotor cortex, gonadectomy was without significant effect in either hem

68 target dopamine afferents, and that chronic gonadectomy, which selectively disturbs dopamine innerva

69 We examined the effects of gonadectomy with and without estrogen replacement on the

70 Accordingly, neonatal gonadectomy, with and without testosterone propionate re