Spider veins can be embarrassing, and they tend to worsen over time. Fortunately, if you are dealing with spider veins, effective spider vein treatment is available.
What Are Spider Veins?
Spider veins are abnormal veins that may appear on the hands, face, legs and chest. They may be red, blue or purple in color, and they are easily visible through the skin. These veins often appear in clusters. Although spider veins don’t typically cause any physical symptoms, many people seek spider vein treatment for cosmetic reasons.
What Treatments Are Available?
St. Louis Vein & Endovascular offers two different types of treatment for spider veins: VeinGoghOhmic Thermolysis and Sclerotherapy.
This procedure utilizes controlled heat to coagulate vessels, which causes them to disappear. It can be used on any part of the body, and results are immediate.
Sclerotherapy is a procedure that involves the injection of a special solution into affected veins. This solution irritates the lining of the treated vessels, causing them to close off and fade from view. This procedure can be performed with or without ultrasound guidance. Results appear in the weeks following the procedure.
Am I a Candidate for Treatment?
If you are suffering with uncomfortable symptoms or embarrassment because of abnormal veins, you may be a candidate for either of these treatments. However, to determine which treatment is best for you, you should make an appointment with a vein specialist.
A vein specialist will be able to perform a physical exam, collect information about your medical history and decide whether vein treatment is safe for you. He or she will also explain all of your treatment options and help you make the best choice.
Keep in mind that some treatments can be used in conjunction with one another in order to provide superior results. In addition, multiple sessions may be required to eliminate the appearance of veins completely.
How Do I Schedule an Appointment?
To schedule an appointment at a vein clinic in St. Louis, contact St. Louis Vein & Endovascular today.