BACKGROUND Laser treatment of lower extremity telangiectases and small reticular veins
has remained difficult because of vessel color, diameter, depth, and associated high …

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 …

Background Leg veins can be effectively treated with lasers. However, the optimal pulse
duration for small leg veins has not been established in human studies with a Nd: YAG laser …

BACKGROUND A dual-wavelength approach is necessary in order to achieve consistent
results when utilizing lasers and intense pulsed light sources to treat red and blue lower …

Background Lower extremity telangiectasia affects approximately 40% of women. The
demand for aesthetic treatment of these veins continues to grow. Few studies have …

background. Sclerotherapy has traditionally been considered the gold standard of treatment
for leg veins, but patient fear of multiple needle injections and side effects of treatment have …

Abstract Background and Objectives Millisecond pulsed 1,064 nm Nd: YAG lasers have
been developed for the treatment of leg telangiectasias. To date there have been very few …

Abstract Background and Objectives Determine optimal settings using a long pulse 755 nm
alexandrite laser in the treatment of superficial leg veins. Study Design\Materials and …

Introduction Leg telangiectasias have been reported to have been treated with a variety of
lasers. This study was designed to measure response to treatment of leg telangiectasias …

Objective To examine the safety and efficacy of a pulsed alexandrite laser for treatment of
leg telangiectasia and reticular veins. Design Observational study. Setting Laser and Skin …