ライフサイエンスコーパス: erection

1 on characterized by a prolonged and painless erection.

2 rone, however, reduced the latency period to erection.

3 ller proportion of males displayed reflexive erection.

4 eurons may have different roles in mediating erection.

5 us females, and (after RF lesions) reflexive erection.

6 penile erection, and NOS inhibitors prevent erection.

7 tes erectile physiology, including sustained erection.

8 anatomic basis of the nerves responsible for erection.

9 elevated adenosine-induced prolonged penile erection.

10 suggesting that EETs are required for normal erection.

11 shed model of electrically stimulated penile erection.

12 pherally, notably through its role in penile erection.

13 g magnetic resonance imaging with artificial erection.

14 e NO-cGMP pathway is important during penile erection.

15 c and spinal cord regions involved in penile erection.

16 fficacy in anesthetized dog model for penile erection.

17 The two drugs also reduce erection.

18 leads to sustained NO production and maximal erection.

19 that PI3-kinase/Akt physiologically mediates erection.

20 orpus cavernosum tissue that is required for erection.

21 ry behavior and facilitated vocalization and erection.

22 e ignored as a potential regulator of penile erection.

23 s cavernosum pressure to culminate in penile erection.

24 lated erections, and PS phases exhibiting an erection.

25 ts into the central mechanisms which control erections.

26 immobility, 22-kHz vocalization, and penile erections.

27 ment details were associated with functional erections 2 years after treatment.

28 surgery) and included: 1) ability to have an erection, 2) maintain an erection, 3) attain orgasm, 4)

29 ability to have an erection, 2) maintain an erection, 3) attain orgasm, 4) dry orgasm, and 5) whethe

30 tions prior to treatment reported functional erections; 531 (53% [95% CI, 50%-56%]) of patients witho

31 x of Erectile Function on ability to achieve erection, ability to maintain erection, ejaculation freq

32 f PDE5 inhibitor and the generation of early erections after radical prostatectomy as a strategy to i

33 denosine was induced during sustained penile erection and contributes to PI3K/AKT activation and subs

34 ociception, and mating-specific (such as for erection and ejaculation) inputs.

35 opamine receptor agonist, facilitates penile erection and is effective in patients suffering from ere

36 s featured with prolonged and painful penile erection and is prevalent among males with sickle cell d

37 forms of nNOS are major mediators of penile erection and so may be targets for therapeutic intervent

38 Clinical and laboratory evaluations of erection and the feasibility of satisfactoriness of sexu

39 with low sexual desire and reduced nocturnal erections and ejaculate volume, all of which improve wit

40 g male reproductive behavior, such as penile erection, and NOS inhibitors prevent erection.

41 ections per hour of PS, number of PS-related erections, and PS phases exhibiting an erection.

42 Penile erections are a characteristic phenomenon of paradoxical

43 Although the neural mechanisms of PS-related erections are unknown, the forebrain likely plays a crit

44 ncluding micturition, defecation, and penile erection, as well as to brain networks controlling nutri

45 Secondary end points were spontaneous erection at 1 year; overall sexual function and satisfac

46 ed by race (38.4% of black men reported firm erections at > or =18 months vs 25.9% of Hispanic and 21

47 the ability to get an erection, maintain an erection, attain orgasm, and being sexually active in co

48 Continuous recordings of penile erections, body temperature, and sleep-wake states were

49 e the chances of a man to recover functional erections but also return him to his preoperative erecti

50 neuronal NO synthase (nNOS) initiates penile erection, but has not been thought to participate in the

51 Sildenafil (Viagra) potentiates penile erection by acting as a nonhydrolyzable analog of cGMP a

52 , a specific PDE5 inhibitor, promotes penile erection by blocking the activity of PDE5, which causes

53 ts in the sildenafil group reported improved erections compared with 13 (10%) of 127 patients in the

54 Penile reflexes, including number of erections, cups and flips, were inhibited by these agent

55 e beta splice variant of nNOS elicits normal erection despite a decrease in stimulus-response charact

56 management model that includes daily vacuum erection device therapy, dietary supplementation and PDE

57 intracaversonal injection therapy or vacuum erection device therapy.

58 use of PDE5 inhibitor and the generation of erections early after radical prostatectomy are of some

59 ity to achieve erection, ability to maintain erection, ejaculation frequency, orgasm frequency, and s

60 serotonin reuptake inhibitors (SSRIs) impair erection, ejaculation, and libido.

61 Sustained penile erection elicited by either intracavernous forskolin inj

62 Penile erection elicited by papaverine is reduced profoundly in

63 sphorylation, and subsequent impaired penile erection featured with the reduction of ratio of maximal

64 ements in ability to achieve and maintain an erection, frequency of ejaculation, and orgasm frequency

65 es both initiation and maintenance of penile erection, implying unique approaches for treating erecti

66 Priapism, abnormally prolonged penile erection in the absence of sexual excitation, is associa

67 Priapism is a condition of persistent penile erection in the absence of sexual excitation.

68 The models performed well in predicting erections in external validation among CaPSURE cohort pa

69 nt and efficacious in vivo, eliciting penile erections in rats at a dose of 0.03 micromol/kg, with a

70 Rho-kinase antagonism stimulates rat penile erection independently of nitric oxide, introduces a pot

71 related erections while leaving waking-state erections intact.

72 ponsible for tip elongation, whereas papilla erection is a hydraulic process driven by blood flow.

73 Penile erection is dependent on the nitric oxide (NO)/cGMP-depe

74 Normal penile erection is under the control of multiple factors and si

75 A key role for nitric oxide (NO) in penile erection is well established, but the relative roles of

76 ic oxide (NO), a mediator involved in penile erection, is synthesized by the nitric oxide synthase (N

77 n the training set, symptoms of poor morning erection, low sexual desire, erectile dysfunction, inabi

78 d an adverse effect on the ability to get an erection, maintain an erection, attain orgasm, and being

79 Therefore, erection may be better than vocalization as an indicator

80 bsequent evaluation of 59a in the rat penile erection model revealed in vivo activity, comparable in

81 rats were tested for copulation, noncontact erection (NCE) evoked by remote cues from estrous female

82 in sexual arousal, inferred from noncontact erection (NCE) evoked in male rats by remote cues from e

83 Prolonged erections occurred in 5 percent of the men, priapism in

84 d to the working hypothesis that Dd sorocarp erection occurs by two superimposed processes: one perio

85 he distal ends of the Rad50 coiled coils and erection of a 1000 A scaffold to productively bridge DNA

86 tween infected and naive animals through the erection of a steel mesh was effective at stopping virus

87 hological differentiation contributes to the erection of aerial hyphae by decreasing the surface tens

88 in family of fungal proteins involved in the erection of aerial hyphae in the filamentous fungus Schi

89 howed that the mycelial architecture and the erection of aerial hyphae were affected by the expressio

90 We report periodic movements during erection of Dictyostelium discoideum (Dd) sorocarps.

91 kingly with the abandonment of Tikal and the erection of its last dated monument in A.D. 869.

92 istic analyses of these data have led to the erection of phylogenetic hypotheses that appear to be at

93 r than 50% of patients understood the terms "erection" or "impotent." Only 5% of patients understood

94 In vivo penile erection paradigm supports the physiologic relevance of

95 d in a significant decrease in the number of erections per hour of PS, number of PS-related erections

96 Tumescence and papilla erection persist throughout tongue retraction, and necta

97 Inadequate erections, present in one third of men pretreatment, wer

98 [95% CI, 45%-52%]) of those with functional erections prior to treatment reported functional erectio

99 PS architecture and waking-state erections remained unchanged after lesion in all groups.

100 been thought to participate in the sustained erection required for normal sexual performance.

101 Erection requires the activation of neuronal nitric oxid

102 Control of penile erection requires the coordination of the hypothalamus a

103 Finally, C6' corrected the excessive priapic erection response of dNOS(-/-) mice.

104 eatment reversed abnormalities in key penile erection signaling molecules, including phosphodiesteras

105 inability to obtain and/or maintain a penile erection sufficient for adequate sexual relations, is al

106 n-clinic testing, 996 men (65.9 percent) had erections sufficient for intercourse.

107 aseline function, 31 (89%, 95% CI 73-97) had erections sufficient for penetration 12 months after foc

108 The timing of the effect of females on erection suggests that males are sexually arousable well

109 Patient-reported functional erections suitable for intercourse 2 years following pro

110 is implicated in normal and abnormal penile erection, the exact role and the underlying mechanism fo

111 le provides an overview of the physiology of erection, the pathophysiology of ED, and modern patient

112 The ability of ABT-724 to facilitate penile erection together with the favorable side-effect profile

113 xide (NO) pathway is known to mediate penile erection under normal conditions, we hypothesized that t

114 Priapism is a disorder of persistent penile erection unrelated to sexual interest or desire.

115 ia A(2B)R activation, contributing to penile erection via PI3K/AKT-dependent eNOS activation.

116 Furthermore, the latency period to erection was at least doubled by DPAT (2 mg/kg).

117 mean score for the question about achieving erections was 100 percent higher after treatment than at

118 or questions about achieving and maintaining erections were <0.001).

119 efficacy in an anesthetized canine model of erection when dosed intravenously.

120 ABT-724 dose-dependently facilitates penile erection when given s.c. to conscious rats, an effect th

121 A lesioning selectively disrupted PS-related erections while leaving waking-state erections intact.