The improvement of both man and woman sexual function in couples whose male partner is treated with PDE5i has been further confirmed by randomized clinical trials (RCTs) comparing the effectiveness of PDE5i vs. placebo in improving couple sexual function (91-95). In a more recent RCT, the use of vardenafil 10 mg oral dispersible tablets has been compared to the use of the drug itself in association with cognitive behavioral sexual therapy (CBST) for 10 weeks in 30 couples with ED male partners, randomly assigned to one study arm (96). Results from this RCT showed that vardenafil is able to improve male sexual function, but this improvement is maintained only in patients receiving both vardenafil and CBST. Furthermore, female sexual function and satisfaction are enhanced only in the arm with vardenafil and CBST combined therapy, thus suggesting that a therapy healing the couple is more effective and has a longer-lasting efficacy than the use of a medication focusing only on ED.
Chlamydia and erectile dysfunction: What's the link? Some people who have chlamydia also experience erectile dysfunction (ED), which involves problems getting or maintaining an erection. Chlamydia can infect the prostate gland, leading to prostatitis, pain, and ED. In this article, learn more about the link between this common infection and ED, and treatments for both. Read now
Low intracavernosal nitric oxide synthase levels are found in people with diabetes, smokers, and men with testosterone deficiency. Interference with oxygen delivery or nitric oxide synthesis can prevent intracavernosal blood pressure from rising to a level sufficient to impede emissary vein outflow, leading to an inability to acquire or sustain rigid erection. Examples include decreased blood flow and inadequate intracavernosal oxygen levels when atherosclerosis involves the hypogastric artery or other feeder vessels and conditions, such as diabetes, that are associated with suboptimal nitric oxide synthase activity.
When blood sugar levels are out of control, nerve and blood vessel damage occurs throughout your body. Nerve damage breaks down the ability to turn sexual stimulation into an erection.6 Poor blood circulation reduces blood flow to the penis. Together they impact your ability to get an erection that is rigid and lasts long enough for sexual satisfaction.
Some studies have linked bicycling to ED, though more research is needed to confirm the connection. Bicycle seats put pressure on nerves and blood vessels in the pelvic region. If you’re a frequent or long-distance cyclist, consider buying a seat specially designed to reduce pressure on your perineum. Learn more about the effects of cycling on erectile function.
Medications for erectile dysfunction don't work for everyone and may cause side effects that make a particular drug hard to take. "Work with your doctor to find the right treatment. There are still options for people who fail at medical treatment," advises Feloney. Alternatives to erectile dysfunction drugs include vacuum pump devices, medications injected into the penis, testosterone replacement if needed, and a surgical penile implant.
If you suffer from erectile dysfunction and you can’t blame it on underlying health conditions, you might feel like your problems are all in your head. While psychological issues may be at the root of your problem, they are just as valid as many physiological causes for ED. Keep reading to learn more about the psychological causes of ED and what you can do to resolve them.
Long-term erectile dysfunction. The risk for long-term erectile dysfunction has been linked to chronic heavy use of alcohol. In fact, studies show that men who are dependent on alcohol have a 60 to 70 percent chance of suffering from sexual problems. The most common of these are erectile dysfunction, premature ejaculation, and loss of sexual desire.
In the short term, alcohol relaxes muscles in the penis, letting blood to flow in (which is a good thing). However, alcohol also prevents other blood vessels from closing and trapping all the extra blood. Erections depend on trapping increased blood flow in the erectile tissue of the penis. If you don’t trap that extra blood, you don’t get an erection. In the long run, excessive alcohol consumption can cause liver scarring, high blood pressure, and can damage your blood vessels resulting in erectile dysfunction.
The obvious risks are the same that accompany any surgery: infection, pain, bleeding, and scarring. If for some reason the prosthesis or parts become damaged or dislocated, surgical removal may be necessary. With a general success rate of about 90 percent, any of the devices will restore erections, but they will not affect sexual desire, ejaculation, or orgasm.
With that said, the only data we’re going to focus on here are the results of large, nationally representative sex surveys because they offer the best source of information when it comes to trying to establish realistic prevalence rates and how they might have changed over time. Data from convenience samples of college students just aren’t reliable enough for these purposes.
Combination therapy has proven effective for some men who don’t respond adequately to oral medicines. The idea is to use two drugs with different mechanisms of action for better results. Commonly, sildenafil is used in combination with pellets of alprostadil (synthetic prostaglandin E1) that are inserted into the urethra (the tube in the penis that carries urine from the bladder to the outside of the body). Alprostadil also increases the blood supply to the penis, but by different means.
Surgery to repair arteries (penile arterial reconstructive surgery) can reduce impotence caused by obstructions that block the flow of blood to the penis. The best candidates for such surgery are young men with discrete blockage of an artery because of a physical injury to the pubic area or a fracture of the pelvis. The procedure is less successful in older men with widespread blockage of arteries.
Sexual dysfunction is common in patients with diabetes mellitus. Vascular, neurological and hormonal alterations are involved in this complication. Many studies showed altered endothelium-dependent and neurogenic relaxations in corpus cavernosum from diabetic patients with erectile dysfunction (ED). This finding has been associated with a lack of nitric oxyde (NO) production and a significant increase in NO synthase (NOS) binding sites in penile tissues, induced by diabetes. Advanced glycation endproducts (AGEs) concur to diabetic vascular complications by quenching NO activity and by increasing the expression of mediators of vascular damage such as vascular endothelial growth factor (VEGF), possessing permeabilizing and neoangiogenic effects, and endothelin-1 (ET-1), with vaso-constricting and mitogenic action. Moreover, the differential gene expression for various growth factors in penile tissues may be involved in the pathophysiology of ED associated with diabetes. Neuropathy is also likely to be an important cause of diabetic ED: morphological alterations of autonomic nerve fibers in cavernosal tissue of patients with diabetic ED have been demonstrated. Finally, androgens enhance nNOS gene expression in the penile corpus cavernosum of rats, suggesting that they play a role in maintaining NOS activity. However, sexual dysfunctions in women with diabetes has received less attention in clinical research. Several studies suggest an increased prevalence of deficient vaginal lubrication, making sexual intercourse unpleasant. Sexual dysfunction is associated with lower overall quality of marital relation and more depressive symptoms in diabetic women.
Though stress and anxiety are two different things, they are closely related when it comes to issues of erectile dysfunction. In many cases, stress is the underlying factor, but it causes anxiety which then triggers more stress – it is a vicious cycle. If you take a look at the physical side of things, however, you’ll see that stress and anxiety are even more closely related than you may realize.
Inflatable prostheses are complex mechanical devices that imitate the natural process of erection. Parts are inserted surgically into the penis and scrotum, and activated by squeezing. When erection is no longer desired, a valve on the pump is pressed, and the penis becomes flaccid. Self-contained single-unit prostheses are similar to the inflatable types, but more compact. The entire device is implanted into the penis. When erection is desired, the unit is activated by either squeezing or bending, depending on which of the two types of self-contained prostheses is used.