About: Female ejaculation is a research topic. Over the lifetime, 65 publications have been published within this topic receiving 2023 citations. The topic is also known as: squirting & gushing.
TL;DR: A concept of the anatomy and histology of the paraurethral ducts is presented and it would appear that these ducts are not constant in number or location, and that they not only form extensive ramifications throughout the tissues about the distal urethra, but that they may also extend to within a short distance of the bladder.
TL;DR: This study demonstrates the homologous nature of the female paraurethral glands and the prostate and supports speculations about functional similarity.
Abstract: Homology between female paraurethral glands and the prostate has often been suggested. A means was developed that would lend histochemical support to this hypothesis. Female urethra from autopsy and surgical material was serially sectioned and studied in 19 patients ranging in age from newborn to 86 years. Paraurethral glands were identified in 18 of these. The tissue was stained with antibodies to prostate-specific antigen (PSA) and prostate-specific acid phosphatase (PSAcPh) using the peroxidase-antiperoxidase method. Of those cases in which paraurethral glands were seen, 83% were positive for PSA and 67% for PSAcPh. Intensity of staining was semi-quantitatively evaluated. In addition, intraluminal secretions and urethral columnar epithelium showed positive enzyme and antigen staining. There was no discernible variation of glandular development or pattern of staining with patient age. This study demonstrates the homologous nature of the female paraurethral glands and the prostate and supports speculations about functional similarity.
TL;DR: Objective evidence is provided supporting the hypothesis that female ejaculation, a partial, infertile homologue of male ejaculation exists.
Abstract: This case study provides objective evidence supporting the hypothesis that female ejaculation, a partial, infertile homologue of male ejaculation, exists. A karyotypically normal, multiparous woman suffered for a decade with urinary stress incontinence. During that time she had learned to inhibit an orgastic response which led to bedwetting. Although the liquid produced did not appear to be urine, she falsely concluded that her orgasmic expulsion was a manifestation of urinary incontinence. Using feedback from a Vaginal Myograph, she learned to do Kegel exercises properly, and the urinary stress incontinence soon disappeared. Around this time she became aware of the concept of female ejaculation and its possible association with an erotically sensitive area that could be stimulated through her anterior vaginal wall. Stimulation of this area, the “Grafenberg spot,” produced what she described as orgasm which felt “deeper” than orgasms in response to vulvar stimulation. Such an orgasm was often acc...
TL;DR: The measurement of the space within the anterior vaginal wall by ultrasonography is a simple tool to explore anatomical variability of the human clitoris-urethrovaginal complex, also known as the G-spot, which can be correlated to the ability to experience the vaginally activated orgasm.