What should I expect with Ultrasound-Guided Foam Sclerotherapy?

LJVascular2024-03-26T16:31:48-07:00

Ultrasound-Guided Foam Sclerotherapy: Elevating Vein Health

When addressing both visible varicose veins and those unseen by the naked eye, the efficacy of ultrasound-guided foam sclerotherapy becomes evident. This advanced procedure combines precise administration with ultrasound visualization, providing a safe and effective solution for various vein conditions. In this piece, we’ll explore the intricacies of ultrasound-guided foam sclerotherapy, the role of polidocanol (Asclera®), treatment frequency, and what to expect during your treatment sessions.

Unveiling Ultrasound-Guided Foam Sclerotherapy: A State-of-the-Art Solution

Ultrasound-guided foam sclerotherapy utilizes technology and medical expertise to target varicose veins that may not be immediately visible. Guided by ultrasound, the foam medication is precisely directed towards these veins. This technique effectively addresses veins near the skin or nerves and navigates complexly twisted veins.

Polidocanol (Asclera®): A Preferred Sclerosant

Polidocanol, known under the brand name Asclera®, stands out as a preferred choice among sclerosant medications. Its patient comfort and minimal risk of side effects make it a prime option for treatment. As a detergent-type medication, polidocanol gently disrupts the inner lining of veins, halting blood flow and eventually leading to vein closure. Approved by the FDA since 2010 for varicose vein treatment, polidocanol has a substantial success record in Europe for decades. Although the transformation of polidocanol into foam for treating larger veins is an off-label use, it has proven remarkably effective and well-tolerated by patients. Our experts at La Jolla Vein Care have extensive experience in foam sclerotherapy, ensuring capable hands for your vein health.

Treatment Frequency: A Tailored Approach

The number and frequency of treatments vary depending on individual anatomy, vein response, and patient goals. Typically, 2 to 5 treatment sessions achieve an 80% improvement. Some larger or stubborn veins may require multiple sessions for a complete response.

Your Treatment Days: Guided Steps Toward Vein Wellness

Preparing for your ultrasound-guided foam sclerotherapy session is simple:

Consent and Attire: You’ll sign a consent form and change into provided shorts.

Skin Preparation: Alcohol will cleanse your skin, and ultrasound will locate the veins for targeted treatment.

Injection Process: The foam medication will be injected into your veins using a fine needle, guided by ultrasound.

Recovery Period: Elevate your legs on a comfortable wedge pillow for about 15 minutes post-treatment.

Compression Stockings and Walking: After treatment, compression stockings will be applied, and you’ll walk for 30 minutes before leaving. Post-treatment, some achiness and tenderness may occur.

Ultrasound-guided foam sclerotherapy propels improved vein health by offering precision and effectiveness. At La Jolla Vein & Vascular, our committed medical team provides personalized care for your vein health journey. By embracing advanced techniques like ultrasound-guided foam sclerotherapy, you’re setting course for healthier, pain-free legs and elevated well-being.

“Bringing Experts Together for Unparalleled Vein and Vascular Care”

La Jolla Vein & Vascular (formerly La Jolla Vein Care) is committed to bringing experts together for unparalleled vein and vascular care.

Nisha Bunke, MD, Sarah Lucas, MD, and Amanda Steinberger, MD are specialists who combine their experience and expertise to offer world-class vascular care.

Our accredited center is also a nationally known teaching site and center of excellence.

For more information on treatments and to book a consultation, please give our office a call at 858-550-0330.

For a deeper dive into vein and vascular care, please check out our Youtube Channel at this link, and our website https://ljvascular.com

For more information on varicose veins and eliminating underlying venous insufficiency,

Please follow our social media Instagram Profile for more fun videos and educational information.

For more blogs and educational content, please check out our clinic’s blog posts!

What should I expect with Ultrasound-Guided Foam Sclerotherapy?LJVascular2024-03-26T16:31:48-07:00

1, 3, 2024

4 Varicose vein transformations of our patients
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4 Varicose vein transformations of our patients

LJVascular2024-02-17T15:29:14-08:00

Varicose veins, those visibly twisted and bulging vessels beneath the skin, often spark concerns among many individuals, particularly in the legs. This blog post delves into the world of varicose veins, shedding light on their nature, underlying causes, and potential treatment avenues.

Understanding Varicose Veins

Varicose veins manifest as swollen, twisted vessels just beneath the skin’s surface. Despite their alarming appearance, they’re a prevalent condition that can provoke sensations of discomfort, pain, or a feeling of heaviness in the legs.

Causes Behind Varicose Veins

The primary culprit behind varicose veins is malfunctioning vein valves. These valves play a crucial role in regulating blood flow by allowing it to move towards the heart while preventing pooling in the veins. When these valves fail, blood accumulates in the veins, leading to their enlargement. Venous reflux disease, also known as venous stasis, venous insufficiency, or venous incompetence, is often the underlying cause of this condition.

Deciphering Venous Reflux

Venous reflux refers to the backward flow of blood against gravity due to faulty valves. Normally, calf muscles assist in pumping blood upward, but leaky valves cause blood to pool in the lower legs, resulting in the visible bulging veins seen on the skin’s surface. The great and small saphenous veins, responsible for returning blood from the legs to the heart, are commonly affected. In over 90% of leg varicose vein cases, these veins are implicated.

Insights from Research

A notable study led by Dr. Nisha Bunke, published in the Journal of Vascular Ultrasound in 2018, examined over 1,000 varicose vein-affected legs. The research underscored the great and small saphenous veins as primary contributors to varicose veins. Specifically, the Great Saphenous Vein (GSV) traversing the thigh and calf’s middle and the Small Saphenous Vein (SSV) along the calf’s back were frequently involved.

Available Treatments

Fortunately, there are treatment options available to alleviate discomfort and improve the appearance of varicose veins. Minimally invasive procedures such as laser ablation, radiofrequency ablation, and sclerotherapy have demonstrated efficacy in treating varicose veins.

Visual Proof: Patient Transformations: We used a variety of different minimally invasive vein treatments for these patients. For more information of what types of treatments we offer, check out our website tab of vein treatments.

The results of varicose vein treatment can be remarkable. Many individuals experience significant improvements in both vein appearance and associated symptoms. Before-and-after images serve as testimony to the positive impact proper treatment can have on vascular health and overall well-being.

While varicose veins are common, understanding their causes and available treatments empowers individuals to manage their vascular health effectively. With modern medical techniques, those dealing with varicose veins can find relief and witness a considerable improvement in their quality of life. Whether exploring the role of faulty vein valves, delving into venous reflux intricacies, or considering diverse treatment approaches, education and awareness pave the path to healthier veins.