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Keywords: Gräfenberg spot, G-spot, anterior vaginal wall Volume I, , Number 2: MEDICAL BIOLOGY STUDIES, CLINICAL STUDIES. women who had powerful orgasms when their G-spot was stimulated. Anecdotes aside, there are only 2 pub- lished studies of the effects of specific stimulation. seven deadly sins series are you search spot 2 revenge the 7th deadly sin g spot 2 come to right website. g spot 2 pdf ebook - buddhalabs - g spot 2 pdf ebook.
The women were heterosexual and sexually active. They had no history of gynecological diseases or surgery, and no medical condition that might alter sexual function.
None used contraception or medication of any kind. They had no history of alcohol or drug abuse. No previous urodynamic and neurological evaluation had been undertaken.
The sonographic examinations were performed from day 4 to day 12 of the menstrual cycle because clitoral modifications have been demonstrated during the normal menstrual cycle . The Female Sexual Function Index questionnaire results ranged from 27 to 32 showed no evidence of sexual dysfunction . None of them reported having fluid release with their orgasms, but all of the volunteers claimed to have vaginal orgasm during coitus without external clitoris stimulation.
After detailed explanation of procedures, a written informed consent was obtained from each subject. The ultrasound studies were performed with the Voluson General Electric Sonography system, and a MHz flat probe was used.
The volunteers were in a gynecological position. To ensure good skin contact, the vulva was covered with a sufficient quantity of sonographic gel to avoid possible interference from air between the labia. The probe was placed on top of the vulva with a coronal, transversal, orientation to obtain coronal and transversal planes. The probe was placed sagittally on the majora labia to obtain a sagittal scan. An echo-scan was found to provide a fine anatomy of the clitoris and had the advantage of visualizing the displacement of the structures during movement or perineal contractions in real-time, which is impossible with MRI or autopsy studies.
Sonography was performed on the clitoris, and the women were asked to make a voluntary perineal contraction. Then, they were asked to press their most pleasurable anterior vaginal area with their own finger to create a displacement of the vaginal wall, but not enough to provoke sexual stimulation. In a gynecological position, it is typically easier for a woman to press her own G-spot with her finger, and it is easier for the sonographer to place the probe on the vulva easier than with a dildo to obtain a coronal view of the clitoris.
To rule out the possibility of an artefact, we practiced a sonographic sagittal plane with an echoic vaginal marker with one of the volunteers a wet tampon because it was difficult with the volunteer's finger , and it confirmed the result of the coronal plane.
However, a further comparative study with sonographic planes and autopsies cuts is planned. Results Information was collected with a sonographic examination of the clitoris .
The coronal plane was the most informative [7,10]. It was obtained by tilting the vaginal probe to the front of the clitoris, revealing the clitoris root.
The clitoris roots are made of two clitoral bodies and two bulbs below them Figure 1AC. A four-dimensional 4-D reconstruction permits a surfacing of the clitoris and displays very well the double vault of the clitoris Figure 1D.
Without stimulation, it was difficult to visualize and measure the bulbs as they are limited by a delicate membrane markedly different from the thick capsule surrounding the clitoral body [11,12]. Their thickness is variable at different levels. Together they form a double vault above the vaginal plane. Beneath the summit of the vault, the urethra plane could be visualized at the anterior face of the vagina, which appeared like a hypoechogenic area in our experience Figure 2A, B and which was particularly easily seen on a 4-D view Figure 1D.
A sagittal scan of the clitoris was performed by placing the probe vertically on the labia majora. It showed a long and well-defined hypoechoic structure following the ischiopubic branch. At the top of the labium minus, the clitoral body made a forward angle and joined the controlateral clitoral body to form the raphe. At the end of the raphe in a more caudal location, the glans was clearly visualized Figure 3AC.
In our series, on the sagittal section, the measurements of the glans ranged from 82 to mm 2, and the measurements of the raphe ranged from 12 to 20 mm Table 1. However, an accurate placement of the cursor was sometimes difficult because the sonographic probes were not designed for the clitoris.
The weight of the probe might have created an imaging distortion, especially for the glans, which is easily crushed and has less defined borders because of its proximal position in the ultrasound array. However, the measurements of this little series were not intended as a standard value.
However, for future improvement, it would be interesting to convince an ultrasound company to design and manufacture a clitoris probe: a light, small, microconvex, highfrequency, linear probe.
The cross-section of the clitoris was made possible by placing the probe transversally at the top of the vulva. The plane of the two clitoral bodies were well defined Figure 4A, B. They joined on the median line and formed the raphe Figure 5A, B. Anterior to the raphe, in the medium line, a lacunary and vascular structure was visualized: the glans Figures 3A and 4A.
We began our functional studies by asking the patients to make voluntary pelvic contractions. During the contractions, sonographic movements of the clitoris were demonstrated. On the coronal section, the clitoral bodies had a descending movement in our series. The length of the movements ranged from 2.
The decrease in the angle ranged from 13 to 87 Figure 6A, B. On the sagittal section, the clitoral body seemed to slide down Figure 7A, B while the raphe seemed to be pushed in an anterior direction. The angle between the clitoral body and the glans increased Figure 7A, B. On the cross-section, the two clitoral bodies seemed to telescope strongly pushing up the glans Figure 8A, B.
The raphe moved anteriorly.
The length of the movement ranged from 1. The women were then asked to press with their fingers on their most pleasurable anterior vaginal area. We observed that the double vault of the clitoris was close to the area marked by the echogenicity of the finger .
The simple penetration of the finger created a perineal contraction reflex, which generated a movement of the double vault toward the finger marker Figure 10A, B.
With one volunteer, we reproduced the same effect with a sagittal plane, but with a different echoic marker wet tampon , because using the volunteer's finger as a vaginal marker of the sagittal view had revealed to be technically more difficult.
On the sagittal scan, the root of the clitoris is seen descending and making contact with the anterior vaginal wall.
This allows us to rule out the possibility of an artefact, because coronal and sagittal plane were coherent: there was an increasing proximity between the root of the clitoris and the so called "G-spot" Figure Figure 1 AC Coronal section of the root of the clitoris. It's a relief for those women who feel a urethral gushing of liquid during orgasm to find an explanation for this apparent ejaculation, and for some others to find what may be another source of pleasure"--pg.
This ejaculation can accompany orgasm or simply be part of arousal. Ejaculation and orgasm are two distinct physiological phenomena in both women and men. Female ejaculation has been around as long as females have been around. Until recently, however, medical literature dismissed anecdotal evidence, suggesting that instead ejaculation was urinary incontinence If you've never experienced ejaculation and would like to, try incorporating G-spot stimulation into your usual masturbation techniques.
As your urethral sponge grows more swollen and sensitive, bear down with your pelvic muscles.
Women's experiences of ejaculation can range from simply feeling more wet than usual to shooting jets of fluid We are pleased that female ejaculation is now acknowledged as a genuine sexual response, but we don't like to see it promoted as a new goal that every woman should stive to achieve.
The paraurethral sponge is a dense concentration of blood vessels wrapped around the urethra with the largest portion under the urethra next to the outer wall of the vagina. Within the sponge is the paraurethral gland. This gland produces a watery fluid which is sometimes called ejaculate.
Big surprise. The commonly heard term, Grafenberg, or "G" spot, refers to the place in the vagine where one can stimulate the sponge.
It is about two inches up from the entrance to the vagina towards to front of the body. To find it, put your fingers inside your vagina with the finger tips towards your front and move the fingers up and down.
The sponge swells when stimulated, and you may feel like you have to pee, or it may give you a pleasurable sensation.