Intravaginal ejaculation disorder is a peculiar Japanese case, but is very similar to "traumatic masturbatory syndrome," which is also mainly caused by intense masturbation. Diagnosis
Diagnosis and management of DE warrant one of the most comprehensive medical evaluation in sexual health assessment that includes a full medical and sexual history performed along with a detailed physical examination. Understanding the quality of the sexual response cycle (desire, arousal, ejaculation, orgasm, and refractory period); details of the ejaculatory response, sensation, frequency, and sexual activity/techniques; cultural context and history of the disorder; partners assessment of the disorder and if the partner has any sexual dysfunction themselves; and the overall satisfaction of the sexual relationship are all important to garner during history-taking.Relatively normal latency to orgasm with self masturbation as compared to insertive or intravaginal ejaculation latency time reasonably rules out most of the organic causes of DEs. Treatment
Primary, lifelong DEs are poorly understood and hence less well studied. Organic causes in the acquired DEs should be addresses promptly. Retraining masturbatory practices and re-calibrating the mismatch of sexual fantasies with arousal are essential when these are contributing to DE. Techniques geared towards reduction of anxiety are important skills that can help overcome performance anxiety, as this can often interrupt the natural erectile function through orgasmic progression. Sex therapy
Therapy usually involves homework assignments and exercises intended to help a man get used to having orgasms through insertional intercourse, vaginal, anal, or oral, that is through the way to which he is not accustomed.
Coffin–Lowry syndrome is a genetic disorder that is X-linked dominant and which causes severe mental problems sometimes associated with abnormalities of growth, cardiac abnormalities, kyphoscoliosis, as well as auditory and visual abnormalities. Presentation
Symptoms of disease are more severe in males, who are generally diagnosed in early childhood. Children with CLS display cognitive disabilities of varying severity. Additional neuromuscular features include sleep apnea, muscular spasticity, progressive loss of muscle strength and tone leading to paraplegia or partial paralysis. Affected individuals are at elevated risk of stroke. Some patients experience stimulus-induced drop attacks (SIDAs, temporary paralytic episodes without loss of consciousness), triggered by unpredictable environmental stimuli (touch, scents, sounds, etc.). SIDA episodes become more frequent as the disease progresses, and become frequent around adolescence in males. Additional clinical physical features include small, soft hands with tapered fingers. Distinct facial architecture such as a flattened nose, widely separated and downward sloping eyes, a prominent forehead, and a wide mouth with large lips are reported as coincident facial features in patients with the disorder. Some individuals experience hearing loss. Others display kyphoscoliosis (multidirectional curvature of the spine) which can lead to difficulty with breathing and/or pulmonary hypertension. Cardiorespiratory complications may arise, which is why it is recommended that CLS patients undergo regular monitoring for spinal irregularities. Physical exams, CT imaging and X-ray imaging are standard methods of assessment. Causes
The syndrome is caused by mutations in the RPS6KA3 gene. This gene is located on the short arm of the X chromosome (Xp22.2).