Search Results - "Parrish, J.A."

Tunable dye laser (577 nm) treatment of port wine stains by Morelli, J G, Tan, O T, Garden, J, Margolis, R, Seki, Y, Boll, J, Carney, J M, Anderson, R R, Furumoto, H, Parrish, J A

“…Despite steady improvement in the laser treatment of port wine stains (PWS), hypertrophic scarring remains a serious side-effect in approximately 10% of…”
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The Optics of Human Skin by Anderson, R. Rox, Parrish, John A.

“…An integrated review of the transfer of optical radiation into human skin is presented, aimed at developing useful models for photomedicine. The component…”
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Action Spectrum for Phototherapy of Psoriasis by Parrish, John A., Jaenicke, Kurt F.

“…Using a monochromator the action spectrum for ultraviolet phototherapy of psoriasis was determined for radiation between 254 and 313nm and compared to the…”
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Lasers and electro-optics in the health care of the future by Parrish, J.A.

“…Summary form only given. Medical practice is being rapidly redefined by market forces on one side and new technologies on the other. The shift from inpatient…”
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Effect of Dye Laser Pulse Duration on Selective Cutaneous Vascular Injury by Garden, Jerome M, Tan, Oon T, Kerschmann, Russell, Boll, James, Furumoto, Horace, Anderson, R Rox, Parrish, John A

“…The pulsed dye laser at 577nm, a wavelength well absorbed by oxyhemoglobin, causes highly selective thermal injury to cutaneous blood vessels. Confinement of…”
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Vitamin-D synthesis and metabolism after ultraviolet irradiation of normal and vitamin-D-deficient subjects by Adams, J S, Clemens, T L, Parrish, J A, Holick, M F

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Ultrastructure: Effects of Melanin Pigment on Target Specificity Using a Pulsed Dye Laser (577 nm) by Tong, Arthur K F, Tan, Oon T, Boll, James, Parrish, John A, Murphy, George F

“…It has been shown recently that brief pulses of 577nm radiation from the tunable dye laser are absorbed selectively by oxyhemoglobin. This absorption is…”
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New Concepts in Therapeutic Photomedicine; Photochemistry, Optical Targeting and the Therapeutic Window by Parrish, John A.

“…Advances in optics technology, synthetic photochemistry, and the science of photobiology make it possible to think beyond phototherapy and photochemotherapy…”
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Ultrastructural Changes in Human Skin After Exposure to a Pulsed Laser by Nakagawa, Hidemi, Tan, Oon T., Parrish, John A.

“…Selective vascular injury following irradiation using a pulsed laser source at 577 nm was examined using ultrastructural methods in the skin of 3 fair-skinned…”
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Reply by Kripke, M.L., Morison, W.L., Parrish, J.A.

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Phototherapy and Photochemotherapy of Skin Diseases by Parrish, John A.

“…One important aspect of photomedicine is the use of nonionizing electromagnetic radiation with and without exogenous photosensitizers to treat diseases…”
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Comparative Histological Studies of the Tunable Dye (at 577 nm) Laser and Argon Laser: The Specific Vascular Effects of the Dye Laser by Greenwald, Jeffrey, Rosen, Seymour, Anderson, R. Rox, Harrist, Terence, MacFarland, Francille, Noe, Joel, Parrish, John A.

“…This study compares the histological changes occurring after argon laser and dye laser (operating at 577nm) treatment of normal human skin. The initial effect…”
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Solar urticaria: treatment with PUVA and mediator inhibitors by Parrish, J A, Jaenicke, K F, Morison, W L, Momtaz, K, Shea, C

“…Several therapeutic regimes for solar urticaria were evaluated. A short course of PUVA therapy produced a marked increase in the minimal dose of radiation…”
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Combination of psoralens and ultraviolet A and ultraviolet B in the treatment of psoriasis vulgaris: a bilateral comparison study by Momtaz-T, K, Parrish, J A

“…Forty-two adults with psoriasis vulgaris were treated total body thrice weekly with both ultraviolet B (UVB) and psoralens and ultraviolet A (PUVA) with the…”
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The effect of epidermal pigmentation on selective vascular effects of pulsed laser by Tan, O T, Kerschmann, R, Parrish, J A

“…The effect of epidermal pigmentation on the threshold exposure dose for inducing purpura with a tunable dye laser at 577 nm, 1.5 microseconds pulse duration,…”
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Unscheduled DNA Synthesis in Human Skin After In Vitro Ultraviolet-Excimer Laser Ablation by Green, Howard A., Margolis, Randall, Boll, James, Kochevar, Irene B., Parrish, John A., Oseroff, Allan R.

“…DNA damage repaired by the excision repair system and measured as unscheduled DNA synthesis (UDS) was assessed in freshly excised human skin after 193 and…”
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UVA-Induced Erythema, Pigmentation, and Skin Surface Temperature Changes Are Irradiance Dependent by Kagetsu, Naomi, William Gange, R., Parrish, John A.

“…Human cutaneous erythemogenic and melanogenic responses to long-wave (UVA) ultraviolet radiation were investigated using irradiances ranging from 5-50 mW/cm2…”
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Cumulative Effects of Repeated Subthreshold Doses of Ultraviolet Radiation by Parrish, John A., Zaynoun, Shukrallah, Anderson, R. Rox

“…For fair Caucasian skin, the minimal delayed erythema dose (MED) 24hr after exposure to broadband UVA is about 1200 times greater than the MED of broadband…”
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In Vitro Assay for Phototoxic Chemicals by Morison, Warwick L., McAuliffe, Daniel J., Parrish, John A., Bloch, Kurt J.

“…The photosensitizing potential of chemicals known to produce photosensitivity in humans was compared to chemicals not considered to be photosensitizers in an…”
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Phototesting and dosimetry for photochemotherapy by Wolff, K, Gschnait, F, Hönigsmann, H, Konrad, K, Parrish, J A, Fitzpatrick, T B

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