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Welcome to Veincentre

Minimally invasive treatmentsThe main difference in technique between our minimally invasive treatments and surgery is that in the latter the main superficial vein (great saphenous) is stripped out and removed altogether whereas in our methods the vein is totally destroyed ‘in-situ’ (where it lies). The outcome is the same but the destruction of a vein can be achieved very much more easily than its removal.

“We now use three main methods of vein destruction; laser ablation (EVLA), RF ablation (VNUS Closure®, and Olympus RFITT) and foam sclerotherapy. Although the medium and long term results of RF ablation (RFA) and laser ablation (EVLA) are identical there are some minor differences which mean that some patients are best suited to either one or the other.. There is almost no bruising with RFA whereas with laser expect some up to 2 weeks. There is almost no pain after the procedure whereas with laser some patients do experience some discomfort usually at 5 days but this is very rarely significant or bad enough to prevent all normal activities. The disadvantages of RFA are that it is not suitable for some patients especially those with tortuous or short veins and it costs more than laser. It is important for vein clinics to be able to provide both laser and RFA to optimize treatment to individual patients requirements.

We use RF ablation also for the treatment of incompetent perforators (TRLOP). Although some doctors treat large veins by injections (foam sclerotherapy) the results are not as effective or as durable as either EVLA or RFA  and we do not recommend this for the majority of patients. We do use foam sclerotherapy for any residual varicosities remaining at follow-up after either the EVLT or RFA treatment.

Both techniques, EVLA and RFA rely on accurate preop mapping of anatomy and blood flow by colour duplex ultrasound and use of ultrasound to guide the instruments during the procedure.

A full explanation of the treatment options including potential complications and success rates will have been given at your initial consultation. You will have been asked to sign to give your consent to the proposed treatment, you will be introduced to the nurse who will be at your side throughout the procedure, which will take place in a small treatment room. Music of your choice will be available if you wish. We have an i-pod amplifier that you can plug your own i-pod or other MP3 player into if you wish.

You lie down on a couch with head up slightly, the skin over your leg is cleaned with antiseptic solution and sterile drapes placed over your leg. A small injection of local anaesthesia will be given to numb the skin over the inside of your knee. A small sheath ( thin walled plastic tube ) is inserted into the vein to be destroyed usually just below the knee. Using an ultrasound image to guide the instruments the doctor then places a laser fibre or the RF catheter through the sheath and up to the vein in the groin. Local anaesthetic solution is then carefully injected around the vein along its whole length. The power is then turned on and the fibre or catheter slowly withdrawn. Once the length of the vein has been treated the sheath is withdrawn, a compression stocking will be applied and after a cup of tea you are allowed to leave, take a fifteen minute walk and get back to normal activities. You will have to keep your stocking on for 2 weeks in total. You may take a bath after 3 days and then every day. Let us know if you want to order more than one stocking per leg. Many patients find a second pair of stockings helpful.

Over the next few weeks you may experience some tautness as the vein shrinks. You may also get some bruising but this is unlikely to be severe. You are asked to come back for assessment after 4-6 weeks. A check is made to see if the main vein is blocked as intended. Do not be surprised if the varicose veins are still there at this stage. They are usually reduced in size but rarely will have entirely gone and not infrequently look just as large as they did before treatment. Don’t panic and think the treatment has not worked! Any varicose veins remaining these are usually symptomless but if you do feel they are still unsightly then, having dealt with the reflux, we can simply ablate these remaining with an injection of a foam sclerosant or microavulsions under local anaesthetic. You need to wear compression stockings for two weeks following such treatment.

Click here to view video of Foam Sclerotherapy undertaken by David West

Very few complications have been described. Potential problems include deep vein thrombosis, deep vein trauma, skin burns, nerve injuries and laser eye injuries. In practice these are all very rare or have never yet been reported.

A problem common to all interventional radiological procedures is that occasionally it proves impossible to get access to the vein and the procedure needs to be cancelled and rescheduled. This is a nuisance but no lasting damage will have been done. As this is very unlikely in our hands (no such need in last 500 cases) you would not be charged for the repeat procedure. Clinics with little experience are quite likely to have to abandon the procedure and bring you back a second time.

Click here to view video of EVLT performed by Dr David West at North Staffordshire Nuffield Hospital

TROLOP is a rather unfortunate acronym for Transluminal Occlusion of Perforators. It is a technique using RF (radiofrequency) rather like a miniature microwave oven on the end of a needle to cook shut troublesome perforator veins. Perforators connect the deep and surface veins to each other and when the valves in these break down high pressure can be transmitted to the skin and to varicose veins just under the skin. This is usually in the lower leg. They can cause residual problems after EVLA but usually the presence of these perforators can be detected before EVLA treatment and the need for additional treatment anticipated. Sometimes they only come to light after the initial treatment. Occasionally incompetent perforators can cause ulceration of the skin. Treatment of incompetent perforators with TROLOP can speed the healing of ulcers and can get rid of varicose veins being fed by them.

Assura TReatment Room

Treatment Room, Nuffield

Treatment room at Assura Macclesfield
Treatment room at
North Staffordshire Nuffield Hospital

TROLOP is, like all our treatments, undertaken on an outpatient basis under local anaesthesia. There are few risks but there is a small chance of nerve damage, DVT (thrombosis) and skin burns.

 


Designed by Limelight

How the veins look (e.g. Where are they? How many? What size? What joins to what?)

VNUS
A minimally invasive technique to remove damaged veins. It uses radio energy delivered through a fine instrument inside the vein to heat and destroy the vein walls. www.vnus.com

The treatment of varicose veins - by finding the diseased veins with ultrasound scanning and injecting a toxic chemical mixed into a foam to displace the blood in the vein. This causes the wall of the vein to contract and seal up.

Sclerosant like STD have been used for many years to inject varicose veins. They work quite well for small veins, especially below the knee where good compression can be applied. However, if the underlying reflux is not dealt with the varicose veins will just come back. More recently it has been discovered that mixing the STD sclerosant with air, or CO2 into a foam leads to a more effective closure of the veins. Some doctors are using this foam and injecting it into the large superficial veins like the great saphenous vein to destroy this and thus eliminate the reflux. This does work in some patients but not nearly so effectively as laser for the large veins like the GSV.

We do find the foam very effective at dealing with any small varicose veins still remaining after the GSV and the reflux has been destroyed by the laser.

Laser AblationA new minimally invasive technique to remove abnormal veins. It uses a thin laser fibre inserted directly into the vein through a needle puncture to heat up the vein wall and destroy it. The original technique (EVLT) was developed by Dr Robert Min of Cornell Vascular. Other laser manufacturers have since copied the idea. eg. ELVeS
www.evlt.com