The oyster has always had an aphrodisiac reputation. One reason may be that oysters have high levels of the mineral zinc, which plays an important role in the production of the male hormone testosterone, and low levels of testosterone could be one reason for erectile dysfunction. Research presented at an American Chemical Society meeting may offer another connection: Raw shellfish contain compounds that stimulate the release of sexual hormones in both men and women.
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The penile roots are enveloped by two pelvic floor muscles, the bulbocavernosus (BC) and the ischiocavernosus (IC). The IC muscle is the “erector muscle” and the BC muscle the “ejaculator muscle.” The BC and IC muscles are responsible for the ability to lift one’s erect penis up and down (wag the penis) as they are contracted and relaxed. Although not muscles of glamour, they are certainly muscles of “amour.” Although unseen and behind-the-scenes, hidden from view, these often unrecognized and misunderstood muscles have vital functions in addition to erection and ejaculation. When the pelvic floor muscles are not functioning optimally, one loses the potential for full erectile rigidity. Like other skeletal muscles, they can undergo “disuse atrophy,” becoming thinner, flabbier and less functional with aging, weight gain, sedentary lifestyles, poor posture, chronic straining and other forms of trauma, including pelvic surgery (e.g., prostatectomy). Exercising them can enhance sexual health; maintain sexual health; help prevent the occurrence of ED in the future; and help manage ED. Specifically, pelvic floor exercises can be beneficial with respect to the following spectrum of issues: ED; ejaculation issues including premature ejaculation; urinary incontinence; overactive bladder; post-void dribbling; and bowel urgency and incontinence. One of the challenges of pelvic floor training is that most men do not know where their pelvic muscles are located, what they do, how to exercise them, and what benefits exercising them may confer. In fact, many men don’t even know that they have pelvic floor muscles. Because they are out of sight, they are often out of mind and not considered when it comes to exercise and fitness. However, although concealed from view, they deserve serious respect as they are responsible for vital functions that can be enhanced when intensified by training. Pelvic floor muscle training before and after prostate cancer surgery can facilitate the resumption of urinary control and sexual function after surgery. Pelvic floor training is also useful for men who suffer with stress urinary incontinence following prostatectomy. This is a spurt-like urinary leakage that occurs at times of increased abdominal pressure, such as with sports and other high impact activities. Pelvic floor contractions on demand are a technique in which the pelvic muscles are braced and briskly engaged at the time or just before any activity that triggers the stress incontinence. When practiced diligently, this can ultimately become an automatic behavior and the incontinence improved, if not resolved.
Overall, men with a higher total intake of fruit saw a 14 percent reduced risk of ED, whereas men who consumed foods rich in anthocynanin, flavones, and flavanones, had a 10 percent reduced risk of ED. What’s more, consumping several servings of these foods each week is as beneficial for your manhood as briskly walking for five hours each week. But, if you really want to reap the benefits, men who exercised and consumed flavanoid-rich foods experienced a whopping 21 percent reduced risk of erectile dysfunction.
Poor sleep patterns can be a contributing factor for erectile dysfunction, Mucher says. One review published in the journal Brain Research emphasized the intricate relationship between the level of sex hormones like testosterone, sexual function, and sleep, noting that testosterone levels increase with improved sleep, and lower levels are associated with sexual dysfunction. Hormone secretion is controlled by the body’s internal clock, and sleep patterns likely help the body determine when to release certain hormones.