Do Sex Hormones Give Men Varicose Veins?

Study Examines Role of Testosterone and Estradiol in Varicose Veins inMen and Varicose Veins Men

Believe it or not, it is estimated that over 50% of men will suffer from varicose veins at some point in their lives.  Gravity and heredity are known to contribute to varicose veins, but scientists are now exploring potential links between sex hormones like testosterone and estradiol and varicose veins.

 

In 2009, a study published in Angiology by Dermatologists at the Universitaetsklinikum Leipzig examined the link between testosterone and estradiol levels and varicose veins in a small study of 21 men with the complaint.

 

They wanted to research the relationship between sex hormones and varicose veins because varicose veins are common in women who have raised estradiol levels in their blood. Men with Klinefelter syndrome, who also have higher levels of estradiol than other men, are also more likely to suffer from varicose veins.

 

The German doctors compared the hormone levels of the 21 men with varicose veins with the levels of 13 men without varicose veins.What they discovered is that while there does not appear to be a link between testosterone levels and varicose veins, but there does appear to be a link between estradiol levels and varicose veins.

 

Researchers aren’t sure why this is the case, but if the results of the study are correct, then supplements that inhibit the conversion of testosterone into estradiol may help in preventing varicose veins. Examples include: mangosteen, kelp, Ginkgo biloba, Damiana, vitamin K, fish oil, green tea, grapeseed-extract and GLA.

 

Perhaps scientists will uncover a way to prevent varicose veins with supplements, but until then science has at least advanced enough to remove varicose veins once they appear.

 

What do you think? Did you know that sex hormones played a role in varicose veins?

 

*Photo Credit Tinou Baou

Source:
Angiology. 2009 Jun-Jul;60(3):283-9.

 

 

 

Varicose Vein Facts You Need to Know

Varicose veins affect nearly 10% to 20% of all adults. They are easily recognizable on legs -blue veins that appear swollen and twisted close to the surface of the skin. Because the valves in the veins are damaged, they hold more blood at a higher pressure than normal. The pressure in the veins forces fluid into the surroundingVaricose Veins tissue, which can make the affected leg swell and feel heavy.  In addition to being unappealing and uncomfortable, varicose veins can also cause swelling in the ankles and feet and itching of the skin. Varicose veins may occur in almost any part of the leg but are most commonly seen on the inside of the leg between the groin and the ankle or in the back of the calf.  If varicose veins are left untreated, patient symptoms are likely to worsen with some possibly leading to venous ulceration (leg ulcers).

 What causes varicose veins?

The normal function of the leg veins, including both the deep veins in the leg and the superficial veins – is to transport blood back to the heart. For example, during walking, the calf muscle acts as a pump, contracting veins and pushing blood back to the heart. To prevent blood from flowing in the wrong direction, veins have many valves inside. If the vein valves fail (a cause of venous reflux), blood flows back into superficial veins and back down the leg. This backflow of blood results in veins expanding and becoming varicose. The process is similar to blowing air into a balloon without letting the air flow out again- the balloon swells.

In order for varicose vein treatment to be successful, the treatment must stop this reverse flow of blood at the highest site or sites of valve failure. In the legs, veins closer to the surface of the skin drain into bigger veins, such as the saphenous vein, which run up to the groin. Damaged valves in the saphenous vein are often the cause of reversed blood flow back down into the surface veins.

Why do varicose veins occur more in the legs?

Gravity is the main culprit of varicose veins in the legs. The distance from the feet to the heart is the longest distance blood has to travel in the body. Consequently, those vessels undergo a tremendous amount of pressure. If vein valves can’t handle the pressure, the backflow of blood can cause the surface veins to become swollen and disfigured.

Who is at risk for varicose veins?

Several conditions contribute to varicose veins including genetics, obesity, pregnancy, hormonal changes at menopause, work or activities requiring extended standing, and past vein diseases such as thrombophlebitis(i.e. inflammation of a vein as a blood clot forms.) In addition, women are more likely to suffer from varicose veins and the incidence of varicose veins increases to 50% for people over the age of 50.

 

PAD What?

PAD Peripheral Arterial DiseaseI know what you’re saying—not another acronym! Now what does this one mean, do, say, you know, WHAT NOW!

 

Well, here goes—PAD stands for Peripheral Arterial Disease. You may hear it called PVD or peripheral vascular disease. Whatever you want to call it, PAD is a narrowing of the arteries that carry blood to your brain, organs, legs, arms, and other areas outside of your heart. The narrowing is caused by the same process that causes coronary artery disease.

 

Ten million people in the United States have PAD, which can lead to mortality rates similar to breast cancer and colon cancer. Risk factors include diabetes, high cholesterol, smoking, family history of heart disease, obesity, high blood pressure, and age over 50.

 

Symptoms to watch for include discomfort or aching in the calves, thighs, hips, or buttocks; rest pain in the toes and feet (especially at night) that is usually relieved by standing; changes in skin color or temperature; impotence; painful foot sores that don’t heal; ulcers; gangrene. Quite often, people who have this disease cannot walk more than a block or two and their calves or hips begin to hurt. After they rest for a few minutes, the pain disappears.

 

Now don’t run to make a doctor’s appointment right this second. Remember, ambiguous symptoms include arthritis, back problems, poor physical conditioning, or electrolyte imbalances, to name a few. If necessary, diagnosing the problem can be done with a simple, noninvasive test called an ABI (oops, another acronym). ABI stands for ankle /brachial index. Simply, does your blood flow get all the way from your heart down to your toes without anything stopping it? Other noninvasive tests include pressures and ultrasound Doppler. Invasive testing would be a peripheral arteriogram.

 

The good news… PAD can be fixed! The earlier that PAD is found, the easier the treatment and the better the outcome. Treatment options include lifestyle changes, medication, angioplasty, laser angioplasty, peripheral stenting, and, if necessary, bypass surgery.

 

With this is mind, we would like to introduce you to JoAnn Arden, a 49-year-old, white female. She is a mother of three who lives with her husband Steve in Denton, Texas. On Valentine’s Day 2001, instead of going to a romantic dinner, she found herself admitted to the hospital with a blackened right toe and heel in excruciating pain.

 

A known diabetic (non-insulin dependent, diagnosed at age 40) and prior smoker, her problem had begun six months earlier with numbness in her right foot. She was told that this was due to diabetes. In January, the problem escalated. She developed significant pain in her right foot. At this point, she was told that she had an infection in her toe and was given antibiotics.

 

Subsequently, her situation deteriorated to the point of the emergency visit to the hospital, where she was diagnosed with gangrene and faced the possibility of amputation. Multiple doctor visits and numerous diagnoses, but all along, the problem was PAD. She changed physicians, and an angiogram was then done, confirming that she had severe peripheral arterial disease (PAD) causing loss of blood flow to her foot.

 

A laser angioplasty was done on February 19, 2001. The procedure was a success and blood flow had returned to JoAnn’s foot and toes. JoAnn remains under the supervision of her cardiac specialist, who has performed subsequent procedures. He has also placed peripheral stents in the affected arteries. At her last checkup, JoAnn had recently walked the entire Grapevine Mills Mall. As a result of her ordeal, Jo Ann advises: “If you smoke, quit. If you have diabetes, control it. Diabetics, please take care of your feet. Get another opinion. Do not have an amputation.”

 

Hopefully, no one reading this finds him/herself where JoAnn did. With early diagnosis and proper treatment, people with PAD can look forward to increased activity and improved health. It all depends on early diagnosis. If you are at risk, ask about a screening test today.

 

Written by PeggySue Carroll, R.C.S., R.V.S., and Kathy Fleischmann, R.D.C.S., R.V.T.

 

Davy Jones Dies of Heart Attack. Could He Have Survived?

Davy Jones of The Monkees Dies of Heart AttackNews reports are stating that the former Monkees’ star Davy Jones complained of chest pains the night before and was not admitted to the hospital until the morning. Had Jones gotten to a hospital immediately upon having chest pain, he might have saved his own life.

Heart Attack Statistics

According to the American Heart Association, about 1.2 million Americans will suffer a heart attack each year in the United States, including an estimated 700,000 who will have a first heart attack and 500,000 who will have a recurring heart attack.

Almost half of the people who have a heart attack will die from it. In addition, according to CDC reports, nearly half of the cardiac deaths occurred before emergency services and hospital treatment could be administered.

 

For Heart Attack Patients, Timing is Critical…

Many of the people who die from heart attacks might have been saved if they had recognized the symptoms of a heart attack and gotten to a hospital quickly to receive treatment. Heart attack patients are given treatments ranging from clot-busting drugs to stent surgery. The key is getting the necessary treatment within an hour or two or the treatments don’t work.

Some studies have shown that the average time from the onset of heart attack symptoms to getting treatment in a hospital is between three and six hours – too late for the life-saving treatments.

 

Why do Heart Attack Patients Delay?

Often patients don’t know they’re having a heart attack. In approximately one third of cases, patient’s experience no pain at all. Others, like Davey Jones, delay seeking treatment until it is ultimately too late.

 

Click here for information from the CDC - CDC Heart Attack Signs and Symptoms.