The condition is often an early warning sign of heart disease and other circulatory problems. To achieve and maintain an erection, extra blood must be able to flow unimpeded. Anything that interferes with healthy flow – for example atherosclerosis, the artery-clogging process at the root of most heart attacks, strokes, and other cardiovascular conditions – has the potential to cause erectile dysfunction, too.
Luckily, awareness of ED as a significant and common complication of diabetes has increased in recent years, mainly because of increasing knowledge of male sexual function and the rapidly expanding armamentarium of novel treatments being developed for impotence. Studies of ED suggest that its prevalence in men with diabetes ranges from 35–75% versus 26% in general population. The onset of ED also occurs 10–15 years earlier in men with diabetes than it does in sex-matched counterparts without diabetes.
Erectile function can be impaired in several endocrine disorders and treating these conditions can improve ED (43). This is the case of adrenal insufficiency, whose treatment with glucocorticoid and mineralocorticoid replacement is able to improve erectile function (44). Similarly, an adequate control of thyroid function in hyper- and hypothyroid patients is associated with an improvement in ED (45,46). However, although ED is a common complaint in subjects with Addison’s disease, hypo- and even more hyperthyroidism (45-48), the prevalence of these disorders is subjects with ED is not so high for recommending the routine screening of adrenal and thyroid hormone in these men (49). In contrast with the low prevalence of adrenal or thyroid disturbances in ED subjects, testosterone (T) deficiency is frequently found in subjects with ED (49,50) and, in turn, low T is frequently associated with the occurrence of sexual dysfunctions, including ED, even in general population (51). Accordingly, the Fourth ICSM recommends the routine assessment of T levels in patients with ED (43). The assessment of prolactin (PRL) in ED patients is controversial because an actual pathological increase in PRL levels (severe hyperprolactinemia: prolactin ≥735 mU/L or 35 ng/mL) is rarely found in ED men (52). Furthermore, the role of PRL in inducing ED is still not clarified. Hyperprolactinemia has been consistently associated with loss of sexual desire (43,53) and development of hypogonadotropic hypogonadism, both conditions that can in turn induce ED. However, a direct role of high PRL levels in inducing an impairment of erectile function is not consistently proven (52,54) and, conversely, more recent evidence suggests that lower, rather than higher, PRL levels are associated with impaired erectile function (55-57). For these reasons, at present, the assessment of PRL levels in subjects with ED is not routinely recommended (43) and it could be advisable only in men with hypogonadotropic hypogonadism, as a possible cause of this condition.
After a full history and physical examination, the urologist likely has a perception of the etiology of the problem. Additional laboratory evaluations may be necessary to evaluate for specific types of organic disease. These tests might include serum chemistry, complete blood count, lipid profile, thyroid stimulation hormone/free thyroxine, and early morning serum testosterone to assess for metabolic abnormalities, such as diabetes mellitus, hyperlipidemia, renal dysfunction, thyroid disease, and hypogonadism (16). These are not mandatory components of the assessment in a patient with hypertonic cavernous smooth muscle as the source of ED.
Phosphodiesterase inhibitors: This class of medications includes sildenafil, tadalafil, and vardenafil. They work by inhibiting an enzyme called phosphodiesterase type 5 (PDE-5), allowing more blood to enter the penis and helping to produce an erection. These medications are often taken before sex and will cause an erection only when the man is sexually stimulated.
All three of these involve specific bodily systems including the hormones, muscles, blood vessels, nervous system, and emotions. If any of these systems become compromised, it can cause ED. In the case of anxiety and stress, these things can affect the brain’s ability to send the necessary signals to trigger the desired physical response – an erection. Stress and anxiety can also contribute to an ongoing cycle of ED, as mentioned earlier.
Erectile dysfunction: Dehydration causes decreased blood volume and increased angiotensin, a hormone associated with erectile dysfunction. Long-term alcohol abuse can cause damage to the nervous system, which is responsible for triggering the signals that cause an erection. Studies have also shown that prolonged abuse can cause irreversible damage to the nerves in the penis. Additional studies have shown erectile dysfunction is present in alcohol abusers even when they are sober.
Look, ED can have many causes. Most of the time, it’s physiological. But there are also lots of psychological reasons why someone may experience ED. Treating ED isn’t all about medication. Dealing with some of these psychological issues can help you battle ED, too. I’m talking about depression, anxiety, loss of desire, sense of inadequacy, guilt, fatigue, anger, relationship dysfunction. Working through these types of psychological challenges can help you achieve the happy, healthy manhood you deserve.
Erectile dysfunction (ED) generally affects men older than 65, but younger men can get it too. If it happens at a younger age, ED may be a warning sign of another health issue. If you have no obvious risk factors and no other health problems, like diabetes, your doctor will run laboratory tests and may order heart tests. The same process that affects the arteries in the penis affects the ones in your heart, too. If something is wrong and it is not diagnosed and treated, you have a fairly high risk over the next four to five years of having some type of cardiac event.
This form of therapy has a response rate of well over 70%. The sympathetic nervous system normally maintains the penis in a flaccid or non-erect state. All of the vasoactive drugs, when injected into the corpora cavernosae, inhibit or override sympathetic inhibition to encourage relaxation of the smooth muscle trabeculae. The rush of blood engorges the penile corpora cavernosae sinusoidal spaces and creates an erection.
Alcohol is a depressant, not an aphrodisiac or a libido enhancer. Excessive consumption can interfere with the ability to achieve an erection at any age, and even occasional drinking can make erectile dysfunction worse in older men. Feloney advises using alcohol in moderation: "In small amounts, alcohol can relieve anxiety and may help with erectile dysfunction, but if you drink too much, it can cause erectile dysfunction or make the problem worse."
These findings demonstrate the importance of recognizing a possible organic component of ED even in younger men. In fact, in younger, more than in older men, who are by definition at high CV risk, searching for signs of metabolic or CV disorders can help identify those men who apparently healthy, have subtle and subclinical conditions that can be treated before the damage becomes clinically overt.
The great majority of ED cases in diabetic men have a physical cause, such as neuropathy or circulatory problems. In some cases, however, the cause of ED is psychological, including depression, guilt, or anxiety. With a thorough exam, the doctor should be able to determine whether the ED is psychological or physical in nature. If the cause is psychological, your doctor may refer you to a psychiatrist, psychologist, sex therapist, or marital counselor. Do not view such a diagnosis as an insult. Most psychologically-based ED is easily and successfully treated.