Third, men with Diabetes need to control their blood sugar levels. When your blood sugar is not under control, your body does not produce enough Nitric Oxide (NO) and vascular tissues don’t respond as effectively to NO. When enough blood flows into the penis, penile veins close off and block the blood from flowing out. This process results in an erection. If your body does not produce enough NO or if your penile tissues do not respond to NO, the pressure of the blood flowing into your penis is not sufficient to trap the blood, you penis will not get hard.
It would be convenient if a fairy dickmother flew from the sky and told you this would be the drink that renders you flaccid, but when it comes to figuring out your limit, you’re on your own. There’s no hard and fast rule as to how much will actually affect you, either; Dr Mills notes that some men may be able to drink a lot and get erections, as everybody’s threshold is different.
Diabetes can cause nerve, blood vessel, and muscle damage that results in problems like pain, numbing or loss of sensation in the hands and feet.12 These issues can also result in ED problems, because nerve signals and blood flow are necessary to the process of getting an erection.6 And as men with diabetes get older, ED problems become even more common.13
Certain feelings can interfere with normal sexual function, including feeling nervous about or self-conscious about sex, feeling stressed either at home or at work, or feeling troubled in your current sexual relationship. In these cases, treatment incorporating psychological counseling with you and your sexual partner may be successful. One episode of failure, regardless of cause, may propagate further psychological distress, leading to further erectile failure. Los of desire or interest in sexual activity can be psychological or due to low testosterone levels.
Alprostadil should not be used in men with urethral stricture (scarring and narrowing of the tube that urine and the ejaculate pass through), balanitis (inflammation/infection of the glans [tip] of the penis, severe hypospadias (a condition where the opening of the urethra is not at the tip of the penis, rather on the underside of the penis), penile curvature (abnormal bend to the penis), and urethritis (inflammation/infection of the urethra).
As shown in Figure 2, in younger patients consulting for ED, the organic component plays the predominant role. These data provide evidence for the need to adequately investigate possible organic causes of ED in younger and apparently fit men. The organic causes of ED can be classified into three categories: metabolic and CV, endocrine and neurologic conditions.
All the above subjects were assessed for the prevalence of one or more sexual dysfunction experienced over the past 12 months using a sexual dysfunction checklist (Appendix A) by a trained psychiatrist (BSA). The checklist contains items corresponding to 12 areas of sexual dysfunction described in the Diagnostic Criteria for Research, ICD-10 Classification of Mental and Behavioural Disorders. This was necessary as the SCAN does not contain a detailed assessment for the ICD-10 section on Sexual dysfunction not caused by organic disorder or disease (F52). The disorders specifically tapped by the checklist were aversion towards sex, low sexual desire, difficulty in achieving and in maintaining erection, premature ejaculation, inhibited or delayed ejaculation orgasm with flaccid penis, anorgasmia, pain at the time of coitus, dissatisfaction with frequency of intercourse per week (in the last year and in a representative week 5 years earlier), partner and, own sexual function.
The physical exam should focus on femoral and peripheral pulses, femoral bruits (vascular abnormalities), visual field defects (prolactinoma or pituitary mass), breast exam (hyperprolactinemia), penile strictures (Peyronie’s disease), testicle atrophy (testosterone deficiency), and asymmetry or masses (hypogonadism). A rectal exam allows for assessment of both the prostate and sphincter tone, abnormalities that are associated with autonomic dysfunction. Sacral and perineal neurological exam will help in assessing autonomic function.
"Erectile dysfunction can be a very serious issue because it's a marker of underlying cardiovascular disease, and it often occurs before heart conditions become apparent. Therefore, men should consider improving their weight and overall nutrition, exercise more, drink less alcohol and have a better night's sleep, as well as address risk factors such as diabetes, high blood pressure and cholesterol.
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.
A physical exam checks your total health. Examination focusing on your genitals (penis and testicles) is often done to check for ED. Based on your age and risk factors, the exam may also focus on your heart and blood system: heart, peripheral pulses and blood pressure. Based on your age and family history your doctor may do a rectal exam to check the prostate. These tests are not painful. Most patients do not need a lot of testing before starting treatment.
Though it's most common among older men, it's possible for young men to get erectile dysfunction. When young men develop ED, it's usually a result of psychological problems such as anxiety, stress, depression or relationship problems. However, physical problems such as diabetes, nerve problems, injury or other medical conditions may also lead to erectile dysfunction in younger men. If you're having frequent or ongoing trouble getting or keeping an erection long enough to have sex, talk to your doctor.
ED is common among patients with cardiovascular diseases (CVD). Sexual problems usually precede the onset of CVD, and should, therefore, be considered as a risk factor for cardiac events. Similarly, patients with preexisting CVD are at increased risk of experiencing ED. Therefore, ED and CVD might be considered as two different clinical manifestations of the same systemic disease.19
This initial release of NO causes rapid and short-term increases in penile blood flow and short-term relaxation of the penile smooth muscle, initiating an erection. The resulting expansion of penile blood vessels and smooth-muscle relaxation allows more blood to flow into the penis. This increased blood flow (shear stress) activates the eNOS in penile blood vessels causing sustained NO release, continued relaxation and full erection.
In the popular media, it’s easy to find claims of a rising “epidemic” of erectile dysfunction in young men. For example, this article argues that the rate of ED in young men has increased 1000% in the last decade alone—though, problematically, no research is cited to back it up, which makes this a very questionable claim. So what does the science say on this subject? Are erectile difficulties really rising at a dramatic rate in young guys? Let’s take a look.
Patients should continue testosterone therapy only if there is improvement in the symptoms of hypogonadism and should be monitored regularly. You will need periodic blood tests for testosterone levels and blood tests to monitor your blood count and PSA. Testosterone therapy has health risks, and thus doctors should closely monitor its use. Testosterone therapy can worsen sleep apnea and congestive heart failure.
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.