Titlebook: Lasers in Dermatology; Sean W. Lanigan Book 2000 Springer-Verlag London 2000 Dermatology.laser.laser treatment.plastic surgery.safety.skin

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The Carbon Dioxide and Erbium:YAG Lasers in Dermatology,The carbon dioxide (CO.) laser is currently enjoying a renaissance with the advent of laser skin resurfacing, but from the time it was first introduced in the mid-1960s it was widely used as a cutting and ablative laser and was one of the few lasers genuinely useful to a number of different surgical specialists.

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978-1-4471-1143-6Springer-Verlag London 2000

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https://doi.org/10.1007/978-1-4471-0437-7Dermatology; laser; laser treatment; plastic surgery; safety; skin disease; surgery; therapy; tissue

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The Basic Science of Laser-Tissue Interactions in Dermatology,nergy and is raised to a higher energy level. In spontaneous emission photons of energy are released and the electron returns to a lower energy level (Fig. 1.1). Photons emitted from non-laser light sources occur randomly and are not correlated in direction or phase.

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Photodynamic Therapy in Dermatology,n the tissue to effect damage. Van Tappeiner used this combination with eosin as the photosensitiser and artificial light for the treatment of skin carcinomas as early as 1903 but it was not until the 1970s that PDT became more widely investigated.

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Book 2000amatically. This has expanded the number of conditions treatable by lasers and also the number of clinicians now wishing to include dermatological lasers in their therapeutic armamentarium. Marketing forces and commercial pressures have led to a situation where lasers are purchased and used without

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New Lasers, Emerging Technology, Experimental and Developing Applications,led directly into fibre-optic delivery devices and outputs have increased to 60 W or more. Diode lasers can be used to pump solid-state lasers instead of flashlamps (Fig. 9.1) or for contact, non-contact and interstitial applications across a wide range of medical disciplines.

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