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www.sentara.com
8/31/08 1
TREATMENT OF SMALL VEINS
CHRISTI SILER, R.N.SENTARA COSMETIC AND LASER TREATMENT CENTER
www.sentara.com
8/31/08 3
Etiology of Venous Disease
• Heredity- Primary cause
• Pregnancy
• Obesity
• Standing or sitting for long periods of time
• Trauma
• Incidence- 80% female & 20% male
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8/31/08 5
Algorithm for Small Vessel Treatment
• Rule out truncal insufficiency- plan to correct if present
• Determine system involved
• Identify associated reticular veins
• Perform appropriate treatment
• Compression for 5-7 days
• Follow-up & re-treat in 4-6 weeks
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8/31/08 7
Small Vein Treatment Options
• Sclerotherapy- still the Gold Standard
• Lasers- great adjunct to treatment
• Non lasers- IPL, Ohmic Thermolysis, Vascutouch
• Microphlebectomy- for large reticular veins
• Combination Therapy- BEST OPTION for quickest and cosmetically superior results
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8/31/08 8
The Ideal Sclerosant
• Non-allergenic/ Non-toxic
• Painless• No risk of
hyperpigmentation• No risk of telangiectatic
matting• No ulceration• FDA approved
• UNFORTUNATELY, no sclerosant meets all of this criteria
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8/31/08 9
Detergent Properties
• Efficient sclerosant- causes intimal inflammation thrombus formation fibrous tissue vein obliteration
• Painless
• Low rate of allergies
• Low rate of pigmentation
• Extravasation tolerated at low amounts
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8/31/08 10
Reticular Veins
• R/O truncal insufficiency/ incompetent perforators
• Inject reticular veins first
• Follow with laser/ sclerotherapy to telangiectasias
• Compression dressing post tx facilitates clotting
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8/31/08 11
Why Combination Therapy?
Vessel damage d/t heat
Laser spider veins first
Decreased intimal lumen
Less sclerosant neededLower incidence of hyperpigmentation
TWICE THE DAMAGE MEANS TWICE AS FAST!
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8/31/08 12
Lasers- Not All are Created Equal
• 940 nm and 1064 nm most common for treatment of telangiectasias
• Goal is to cause vessel damage without damaging surrounding tissue
• No sun exposure or sunless tanning prior to tx
• Test laser and sclerotherapy at consultation to assess response and candidacy for treatment
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8/31/08 15
Foam Sclerotherapy
• CO2 vs. Room Air– CO2 bubbles dissolves faster in arterial
circulation, thus reducing the risk of adverse event
• Tessari Method-– 1 part solution: 4 parts
gas– Stopcock, 2 syringes
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•Advantages-•Increases surface area of sclerosant, thus reducing amount
of drug needed
•Circumferential contact with intimal wall causes more damage/
better result
•Displaces blood, thus avoiding dilution of drug/ increases efficacy
•Disadvantages-•Patients with PFO may not be candidate
•Neurological deficits-•Migraine•Scotoma
•DVT- clear deep system with foot dorsiflexion immediately post tx and encourage ambulation
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Adverse Sequelae
• Post Sclerotherapy Hyperpigmentation- transient
• Localized Urticaria d/t inflammatory response/ histamine release
• Angiogenesis/ Telangiectatic Matting- R/O truncal insufficiency or perforators to decrease risk
• Discomfort at injection site
• Recurrence- hereditary8/31/08 23
www.sentara.com
Complications
• Cutaneous necrosis
• Superficial thrombophlebitis
• DVT
• Nerve Injury
• Allergic Reaction
• Migraine
• Scotoma
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www.sentara.com
In Summary• Reticular veins & associated telangiectasia can be
easily treated in the office setting
• R/O truncal insufficiency or incompetent perforators
• Microphlebectomy if needed for large reticular veins
• Laser/ RF first and follow with sclerotherapy
• Foam sclerotherapy to reticular veins if appropriate candidate
• Dilute sclerotherapy to telangiectasia
• Most patients require 3-5 treatments spaced 4-6 weeks apart for optimal results
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