'Stun' Electricity in the pelvis Can Treat Women's Sexual Passion

Apr 19, 2010

'Stun' Electricity in the pelvis Can Treat Women's Sexual Passion

Scientists managed to find a path that could revive frigid female sexual arousal. By providing the electrical stimulation of pelvic nerve can increase blood flow to female genitalia.

But it does not mean women who experience sexual arousal problems should be electrocuted electricity directly. Pharmacy companies now compete to create a drug that could wake the pelvic nerve.

British researchers found in the exploration of this new treatment can be developed for women with sexual arousal disorder.

Experiments in the laboratory showed the blood flow to the vagina, labia and the clitoris increases when a woman's pelvic nerve stimulated.

Increased blood flow causes the vagina to relax organs. It also can increase in vaginal lubrication and sensitivity of the genitals.

"Before this study, we were a little surprised about the process that controls all the changes. Now we have to know what channels are involved in sexual arousal," says the head of research Chris Wayman, as quoted from the Health, Thursday (15/4/2010).

Wayman adds to the known path of female sexual arousal, enabling scientists to find ways to help women who want to tackle the problem of female sexual arousal disorder (female sexual arousal disorder / FSAD).

Women who experience sexual arousal disorder, the sex organs are not going to respond to sexual stimulation she receives. This condition is estimated to affect about 40 percent of women of all ages.

Most women who experience sexual arousal disorder has no sense of passion at all if given the sexual stimulation.

Often women experience pain when doing sexual activity so much that avoid sexual contact with a partner.

The cause of this disorder likely caused by a combination of psychological and physical factors. But the cause of this disorder is not known with certainty, but is often caused by lack of estrogen hormone and adverse effects of a drug.

The results of this study have been published online in the edition of 13 April 2010, British Journal of Pharmacology.

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