Varicose Veins

Varicose Vein Treatments at Tennessee Vein Center

How do I Know if I Have Varicose Veins?

Varicose veins come in many forms. They can be visible in various sizes of protruding, rope-like veins or knots just below the skin surface. Many become more prominent with prolonged sitting or standing. Problem veins may not visible at the skin surface however may still cause bursts of abnormal red, purple or blue smaller veins, as well as leg symptoms and skin changes of venous insufficiency. In addition to being unsightly, varicose veins are commonly associated with the following symptoms or signs:

  • Pain, Throbbing, or Cramping
  • Tiredness and Fatigue
  • Itching and Burning
  • Tenderness around the abnormal veins
  • Heaviness
  • Restlessness (Restless Legs Syndrome)
  • Swelling or Edema of the Ankles and Legs

Varicose Vein Symptoms              Differences between spicer, reticular, and varicose veins


Do I Need TreatMENT?

The complications of untreated varicose veins and chronic venous insufficiency may include:

  • Phlebitis or Thrombophlebitis
  • Thrombosis (blood clots)
  • Venous Ulcers (wounds typically on the lower leg)
  • Venous Dermatitis (changes in the skin)
  • Spontaneous Phleborrhagia (bleeding from a vein with minimal or no trauma)

What are Varicose Veins?

Approximately 40 million Americans suffer from venous disease. Veins are responsible for returning blood to the heart. The superficial venous system includes the veins closer to the skin surface that lie above the level of the muscles. Whereas, the deep venous system includes the veins that lie within the muscles. Varicose veins are more common in the legs and lower part of the body because they must function against the forces of gravity. The deep veins are well-protected by the muscles,  and they are the primary veins responsible for returning blood back to the heart. The superficial veins are poorly protected and are prone to dilation of the vein walls and valve failure.

Simply put, varicose veins are abnormal veins of the superficial venous system that are not functioning properly and not returning blood to the heart. This failure is typically a result of broken one-way valves, weakened vein walls or a combination of both. Whenever the heart is above the level of the legs, varicose veins will have a backwards flow that siphons or steals blood from the deep veins. When the good veins are unable to compensate for the incompetent veins, venous insufficiency results and can cause the various symptoms or complications listed above. Comprehensive vein treatment will improve venous circulation, relieve symptoms, and normal veins are no longer hindered.

Difference between normal and varicose veins    Development stages of varicose veins                    Varicose veins before treatment and after treatment

WHAT Causes VARICOSE VEINS?

Genetics:

Studies have shown that the tendency to develop varicose veins runs in families. Consequently, genetic factors are considered to be the primary cause of venous issues due to the predisposition of one-way valves to fail, vein walls to be weakened, or a combination of both. The presence of varicose veins in siblings, parents or grandparents will indicate that you are at greater risk.

Gender:

The prevalence of varicose veins is higher in women than men. One reason for the disparity is the hormonal influence of estrogen and progesterone. However, it is estimated that 40% of males have venous disease and males are at higher risk of skin changes related to venous insufficiency.

Pregnancy:

Many women will first notice varicose and spider veins during pregnancy. A common area is in the groin. Increased circulating blood volume, hormonal influence, and mechanical compression of the abdomen are felt to be the contributing factors to the development or worsening of varicose veins during pregnancy. However, most varicose veins will be less noticeable after delivery, but will become noticeable again with time due to irreparable damage to the veins.

Age:

With increasing age, our bodies lose elasticity in the vein walls, resulting in weakened vein walls, vein dilatation and damage to the venous valves. As a result, the prevalence of varicose increases with age in both men and women.

Occupations or Activities that Involve Prolonged Sitting or Standing:

Gravity plays an important role in the development of varicose veins. Occupations, activities, and lifestyles that involve sitting or standing for long periods of time can cause an increase in blood pressure and volume in the veins and contribute to the development or worsening of varicose veins.

Some common occupations of patients that develop varicose veins include:

  • Teachers
  • Medical professionals
  • Bank tellers
  • Restaurant and Retail professionals such as bartenders and cashiers
  • Hair Stylists
  • Factory Workers  – Prolonged standing or sitting
Obesity:

Significantly increased weight, particularly in the abdomen, impedes the venous circulation in the legs. The body must work harder to return blood to the heart, resulting in an increase in blood pressure and volume in the veins.

Congenital and Trauma:

Klippel-Trénaunay Syndrome, a congenital disease, and physical trauma are less common causes of varicose veins.


TREATMENT OPTIONS

At Tennessee Vein Center, before initiating any vein treatment of the legs, we perform a comprehensive or screening duplex venous ultrasound, as indicated by your history and exam. Duplex venous ultrasound (mapping) can identify if underlying veins are not functioning normally and the severity of the problem. After the mapping, each patient receives a comprehensive treatment plan. Depending on the locations and size of the problem veins, many patients require endovenous thermal ablation treatment of underlying abnormal veins followed by a series of ultrasound-guided or visual sclerotherapy to eradicate the bad veins. The outside of the leg does not have to look terrible for the veins below the surface to be bad. The maps below show the progression of treatment as well as a before treatment and after treatment picture of the leg with venous disease.
Reticular veins before and after treatment
Detailed ultrasound map of varicose veins before treatment     Detailed ultrasound map after initial treatment     Detailed ultrasound map after ELVT and one session of ultrasound guided compressed injections     Detailed ultrasound map three months after beginning treatment     Detailed ultrasound map 1 year after treatment
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