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Relaxed pelvic floor muscles are essential for safe and comfortable G-spot stimulation.
Kegel exercises strengthen the pelvic floor muscles that power orgasmic contractions and control ejaculation, and by increasing voluntary control over those muscles some people—particularly men—can le...
Laboratory studies define the female orgasm using a range of physiological markers—vaginal blood flow/engorgement, pelvic and uterine muscle contractions, and neuroendocrine changes such as prolactin ...
Anatomical targets such as the and can alter the subjective intensity, sensory quality, and mechanics of male because they engage different peripheral structures and neural pathways that underlie emis...
Scientific measurement and first‑person reports converge on one clear point: share the same physiological core—rhythmic pelvic‑floor, vaginal, uterine and anal contractions—yet describe distinct subje...
The most consistent and replicated neuroendocrine change after orgasm in women is an elevation in plasma prolactin that is orgasm-dependent and typically sustained for about an hour; other candidate h...
Tilting the pelvis and changing hip position can increase pressure on the anterior (front) vaginal wall—where stimulation is commonly reported—by altering the angle of entry and the relative position ...
Objective physiological markers that cluster around female orgasm include rhythmic increases in pelvic and anal EMG activity, correlated cardiovascular changes (especially systolic blood pressure and ...