BACKGROUND A variety of lasers have been used in an attempt to treat leg vein
telangiectasia OBJECTIVE To evaluate the feasibility of a new 940 nm diode laser for the …

BACKGROUND Short-term results obtained with a 940 nm diode laser indicate that this
laser is effective in the treatment of leg vein telangiectasia. Long-term studies are needed to …

background. Leg telangiectasias are common visible ectatic dermal capillaries, arteriols, or
veins. Multiple methods of treatment have been reported for this entity. A long-pulse (1500 …

Background: The 1064 nm wavelength penetrates tissue and blood vessels with little
absorption by melanin. Objective: To perform a study examining the effects of 1064 nm laser …

Telangiectatic leg veins (TLV) are experienced by millions of women and men. As they
cause significant cosmetic embarrassment, many women seek effective treatment. Options …

OBJECTIVE To evaluate the efficacy of a 532 nm KTP laser emitting in multipulse mode for
the treatment of superficial 0.5–1 mm leg telangiectases. METHODS A 532 nm KTP laser …

Abstract Background and Objective: Preliminary results indicate that pulsed dye lasers
(PDL) with 1.5 ms pulsewidth and 595 nm wavelength are effective in the treatment of leg …

background. At the present time a large variety of vascular lesion lasers are available for the
treatment of both congenital and acquired disorders of blood vessels. Although most …

Abstract Background and Objectives The treatment of larger leg veins with laser or intense
pulsed light often shows varying degrees of success and inconsistent clinical response …

Abstract Background and Objective Pulsed dye lasers (PDL) operating at 585 nm
wavelength and 0.45 msec pulsewidth offer effective treatment for port wine stains (PWS) …