ライフサイエンスコーパス: sexual arousal

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1 he first IN, thus indicating a high level of sexual arousal.

2 rginase plays a role in both male and female sexual arousal.

3 tructures whose activation is time-locked to sexual arousal.

4 ch as regulating K+ channels and stimulating sexual arousal.

5 10) effect on subjective ratings of sexual arousal.

6 sm [1, 2] and can change size and shape upon sexual arousal.

7 ors, such as sexual behaviors that depend on sexual arousal?

8 d responses in brain regions associated with sexual arousal (amygdala, hypothalamus, and ventral stri

9 increases in "activation" symptoms (energy, sexual arousal, and diminished sleep) (r = 0.55; P =.02)

10 t the brain, including areas associated with sexual arousal, and in diverse non-neural and reproducti

11 ause developed decreased libido, rapidity of sexual arousal, and intensity of orgasm.

12 e associations between alterations of female sexual arousal as well as vaginal lubrication and the si

13 nt results regarding the motor correlates of sexual arousal demonstrating an early freezing response

14 Female sexual arousal disorder (FSAD) is a highly prevalent sex

15 tribute to sexual dysfunction, in particular sexual arousal disorder.

16 target for the treatment of male and female sexual arousal disorders.

17 mination holds promise for future studies of sexual arousal dysfunction in women.

18 ivation can be counteracted by raising their sexual arousal, either by engaging the flies with prolon

19 esire (EST1 = .48 and EST2 = .72; P < .001), sexual arousal (EST2 = .50; P = .008), and vaginal lubri

20 ted.Genes and circuits involved in sleep and sexual arousal have been extensively studied in Drosophi

21 e relationships between brain activation and sexual arousal in a group of young, healthy, heterosexua

22 Sexual arousal in flies counteracts the effects of sleep

23 Studies of subjective and genital sexual arousal in monosexual (i.e. heterosexual and homo

24 impact of various neurological disorders on sexual arousal in women and to develop appropriate manag

25 cilitate the initial stages of physiological sexual arousal in women.

26 gic agonist, on subjective and physiological sexual arousal in women.

27 bed nucleus of the stria terminalis (BST) in sexual arousal, inferred from noncontact erection (NCE)

28 Choosing a mate requires a way to turn sexual arousal into sexual action.

29 Our data indicate that impaired female sexual arousal is associated with MS lesions in the occi

30 The study of sexual arousal is at the interface of affective and soci

31 er sexual desire (MnD, -0.3; P < .01), lower sexual arousal (MnD, -0.3; P < .01), lower sexual satisf

32 pretation that sexual conditioning increases sexual arousal or receptivity in both sexes but the incr

33 imal's reward system was stimulated by food, sexual arousal, or addictive drugs.

34 (P = .003) and orgasm (P = .006) in men and sexual arousal (P = .05) and sexual satisfaction (P = .0

35 The sexual arousal response in healthy women can be monitore

36 muli revealed large networks correlated with sexual arousal, spanning multiple cortical and subcortic

37 sexual motivation and ratings of subjective sexual arousal to and enjoyment of an auditory stimulus.

38 Sexual sadists show increased peripheral sexual arousal when observing other individuals in pain.

39 ETH affects courtship behavior by increasing sexual arousal while decreasing successful sexual perfor

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