We have compared the therapeutic effectiveness of a new UVB fluorescent sunlamp, the Philips TL-01 lamp, which emits a narrow peak around 311-312 nm, with the currently used Philips TL-12 lamp, in 10 patients with psoriasis. We also compared the tumour inducing capacity of the two lamps in hairless mice. The therapeutic effect of the TL-01 lamp was superior to that of the TL-12 lamp in nine of the 10 patients. In the mice, the median tumour induction time was significantly longer in animals exposed to the TL-01 lamp. Phototherapy with the new type of lamp requires a higher dose than phototherapy with the usual broadband UVB sources. In practice this means that more lamps are needed in the light cabinet. However, the new lamps appear to provide more effective and safer phototherapy for psoriasis.
Summary An enzyme‐linked immunosorbent assay (ELISA) was developed to assess serum IgE antibodies directed against Pityrosporum ovale in patients with atopic dermatitis (AD), atopic patients with allergic respiratory disease (ARD: rhinitis or asthma) but without eczema, and in healthy controls. IgE binding to P.ovale extract was demonstrated in 49% (35/72) of AD patients. In contrast, anti‐P. ovale IgE was found in only one of 27 atopic controls without eczema: all healthy control sera (n=17) were negative. Of 37 AD patients tested intracutaneously with P. ovale. 31 showed immediate‐type reactivity, and 20 of these 31 patients had anti‐P. ovale IgE detectable by ELISA, while sera from the six non‐responders were all negative. Levels of anti‐P. ovale IgE were highest in AD patients aged 20–30 years. No correlation was found with the severity of AD, but there was a non‐significant tendency (P=0.06) to higher levels in AD patients with concomittant respiratory allergy. Anti‐P.ovale IgE was significantly correlated with total serum IgE, with specific IgE against various aeroallergens as measured by RAST, and with levels of anti‐Candida albicans IgE, measured with a similar ELISA. Thus, production of IgE antibodies against P. ovale occurs very frequently in AD, and rarely in patients with atopic disease without skin involvement.
Context:Orofacial and dental trauma continues to be a commonly encountered issue for the sports medicine team. All sports have some risk for dental injury, but “contact sports” presumably incur more risk. Immediate evaluation and proper management of the most common injuries to dentition can result in saving or restoration of tooth structure. Despite the growing body of evidence, mouth guard use and dental protection have not paralleled the increase in sports participation.Evidence Acquisition:A PubMed search from 1960 through April 2012 was conducted, as well as a review of peer-reviewed online publications.Results:Common dental injuries in sports include tooth (crown) fractures; tooth intrusion, extrusion, and avulsion; and temporomandibular joint dislocation. Mouth guards help prevent most injuries and do not significantly affect ventilation or speech if fitted properly.Conclusion:A working knowledge of the presentation as well as management of commonly encountered dental trauma in sports is essential to the immediate care of an athlete and returning to play. Mouth guard use should be encouraged for athletes of all ages in those sports that incur significant risk.
Four treatments involving light were compared in two series of patients with severe psoriasis. The first series consisted of ten patients, who were treated by the method of paired comparisons. The treatments given were: (1) exposure to fluorescent sunlamps (B); (2) the same, supplemented by fluorescent UV-A lamps (A + B); (3) the same as (2) with the addition of the radiation from germicidal lamps (A + B + C); (4) photochemotherapy with oral 8-MOP followed by UV-A (PUVA); (5) one of the fields served as control, receiving no light at all. The second series consisted of thirty patients. They were treated either with PUVA or with a placebo capsule followed by A + B (pUVAB). The phototherapies examined differed from many previous attempts in that the increments in dose were made sufficiently large to overcome the increasing tolerance of the skin to light during the treatment. It is concluded (a) that phototherapy, if conducted in this way, is as effective as PUVA, and (b) that the effectiveness achieved with the phototherapies examined is due to the light from the fluorescent sunlamps (B).
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