Results of Using Vibrators
Jul 03,2022 | Lovevib
Therefore, the findings are categorized into three categories based on the areas of sexual activity (including using sex toys like the wearable Bluetooth vibrators). However, in order to comprehend the health benefits for sexual health that come from vibration, one needs to first be aware of the physiologic effect of vibration and its connection to genito-pelvic anatomy as well as function. A brief explanation of our sexual physiology in relation with the application of vibration is provided.
Genito-pelvic anatomy and physiology and Genital vibration
Vibrators for male genitalia is primarily focused on the penis as the primary subject of vibrational stimulation, which can be intense G-spot stimulator and clitoral massagers. However, stimulation with vibratory frequencies of the other sexual organs, including the scrotum or testicles the perineum and anus have been documented in the same way ( Clinical evidence suggests that those with male genitalia typically prefer stimulation of the scrotum; however this isn't reported in the literature of science.
The penis has a wide array of deep and superficial nerve receptors which sense variations in temperature, pressure stretching, pain, and pressure. A specific kind of mechanoreceptor for sensory purposes called a Pacinian corpuscle plays an important part in the transmission of vibrational stimulation into neural signals that are afferent ). These signals travel through individual nerve fibers, eventually converged to form the dorsal neural nerve of the penis (DNP) which is located through the shaft of penis. The DNP is an extension from the nerve pudendal (PN). Other branches originate from the ventral portion of the penis, the scrotum and perineum, also contribute to penile sensation. Like that of the penis, there is powerful wall dildos. The scrotum also is connected to distal branches of the PN, and transmits information from the sensory system proximally to spinal cord . Penile nerve stimulation via vibration is sent through the sacral spine through the PN, and an intricate network of sensory inputs from the brainstem, the spinal cord and cerebral cortex is created). The PN's afferent signals are also sent to supraspinal structures which are involved in higher-level processing, including the medial preoptic and paraventricular nuclei in the hypothalamus and thalamus along with the cortex of the cerebrum . The study of several rats have proven that oxytocin-mediated neural communication between afferents of the pudendal, the hypothalamus and the sacral spinal cord plays a role in penile erection. The afferents from the DNP stimulate oxytocin-producing cells located in hypothalamic parventricular nuclei the rodent.
The neuronal signals that are sent out through the spinal cord cause predetermined changes in sexual physiological processes (e.g. erection, ejaculation, orgasm) . It is thought that through stimulating spinal reflexes vibrational stimulation may be used to improve sexual activity . For example, the bulbocavernosus relapse is a result of stimulating the DNP as well as other distal branches of the pudendal. Afferent signals reaching the spinal cord of the sacral region through the PN are incorporated into Onuf the nucleus of Onuf, and the subsequent efferent output of both somatic and autonomic neurons causes a rhythmic contraction of the muscles of the bulbospongiosus as well as ischiocaver. This reflex is not just related to penile rigidity and tumescence , but as well to the ejaculatory function.