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Query: UMLS:C0042109 (urticaria)
 6,569 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Primary care physicians will likely see a wide variety of occupational skin diseases in their practices, including allergic contact dermatitis, irritant contact dermatitis, contact urticaria, a variety of infectious diseases, and skin cancers. The ideal role of a medical practitioner involved in occupational dermatology is not only to diagnose and treat patients, but also to determine the cause of the occupational skin disease and to make recommendations for its prevention. Making the diagnosis and offering treatment, determining the cause, and recommending measures can be difficult undertakings.
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PMID:Occupational skin diseases. 1107 93

Hairdressers belong to an occupational group that is commonly affected by occupational skin disease, specifically contact dermatitis, which may be allergic or irritant and, less commonly, contact urticaria. Occupational contact dermatitis predominantly affects apprentices, and atopy is a recognized risk factor associated with a poor prognosis. Repetitive wet work leading to irritant contact dermatitis, followed by exposure to allergens and the development of allergic contact dermatitis, are the main factors contributing to occupational contact dermatitis. Once developed, it is often difficult to manage and is a cause of significant morbidity. Early education, training and prevention is the best approach to the management of this disorder that is endemic among hairdressers.
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PMID:Occupational skin disease in hairdressers. 1123 13

Pesticides are chemical substances used in agricultural production to protect crops against pests. They help to achieve better quality and quantity of crops; however, they also are capable of causing occupational diseases in farmers. Skin is the most exposed organ while spraying the pesticide on fields. Farmers are also exposed to pesticides while mixing, loading the pesticide as well as while cleaning the equipment and disposing of empty containers. Other activities associated with exposure are sowing pesticide-preserved seeds, weeding and harvesting previously sprayed crops. During the first decades of using pesticides the main problem was the risk of acute intoxication among people occupationally exposed. With decrease in the toxicity of improved pesticides, attention was turned to chronic intoxication and environmental contamination. Nowadays, the problem of diseases not immediately related to the toxic potential of pesticides gains increasing interest. The majority of these non-toxic diseases are dermatoses. Most pesticide-related dermatoses are contact dermatitis, both allergic or irritant. Rare clinical forms also occur, including urticaria, erythema multiforme, ashy dermatosis, parakeratosis variegata, porphyria cutanea tarda, chloracne, skin hypopigmentation, nail and hair disorders. Farmers exposed to arsenic pesticides are at risk of occupational skin cancer, mostly morbus Bowen (carcinoma in situ), multiple basal cell carcinomas and squamous cell carcinomas. Non-arsenic pesticides, e.g. paraquat, are also potentially carcinogenic.
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PMID:Pesticides as a cause of occupational skin diseases in farmers. 1142 18

Between 1995 and 1998, 174 dental personnel were referred as patients to the Department of Occupational and Environmental Dermatology, Stockholm. After clinical examination, 131 were patch tested with the Swedish standard series and 109 with a dental screening series. Furthermore, 137 were tested for IgE-mediated allergy to natural rubber latex (NRL). Hand eczema was diagnosed in 109/174 (63%), 73 (67%) being classified as irritant contact dermatitis and 36 (33%) as allergic. Further diagnoses included other eczemas, urticaria, rosacea, psoriasis, tinea pedis, bullous pemphigoid or no skin disease. 77/131 (59%) had positive reactions to substances in the standard series and 44/109 (40%) to substances exclusive to the dental series. 24/109 (22%) patients had positive reactions to (meth)acrylates, the majority with reactions to several test preparations. Reactions to HEMA (2-hydroxyethyl methacrylate), EGDMA (ethyleneglycol dimethacrylate) and MMA (methyl methacrylate) were most frequent. 9 of the 24 were positive only to (meth)acrylates, the remaining 15 also had reactions to allergens in the standard series. 23 of these had hand eczema and 1 facial eczema. In 17 of the 24 allergic to (meth)acrylates, the dermatitis had started in 1995 or later, in 15 within the previous 12 months. Of 8 who had been sick-listed, 7 also had a history of atopy and 6 were allergic to nickel. The most frequent allergens besides (meth)acrylates were nickel, cobalt, palladium, fragrance mix, colophonium and thiuram mix. Allergy to natural rubber latex was diagnosed in 14/137 (10%). In conclusion, irritant hand dermatitis was the dominant diagnosis. Contact allergy to (meth)acrylate was seen in 22% of the patch tested patients, with reactions to 3 predominant test substances. 1/3 of the patients with allergy to (meth)acrylates had been sick-listed for dermatitis, but in all these cases the (meth)acrylate allergy was seen together with atopy and/or further contact allergies.
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PMID:Occupational dermatitis in dental personnel: contact dermatitis with special reference to (meth)acrylates in 174 patients. 1155 42

The author believes that psychocutaneous medicine has indeed come of age and is being incorporated into mainstream medical practice. Patients presenting to dermatologists today are more sophisticated and are frequently dissatisfied with traditional medical therapies. They actively seek alternative approaches and adjuncts to standard treatments. In contrast to many other "alternative" (or) "holistic" treatments offered through non-medical venues, dermatologists can assure their patients that controlled studies support the efficacy of psychocutaneous techniques in improving many dermatologic conditions. Psoriasis, rosacea, herpes simplex, body dysmorphic disorder, acne, eczema, urticaria, neurotic excoriations, excoriated acne, trichotillomania, dysesthetic syndromes, and delusions parasitosis are included in this incomplete list. The author believes it is helpful for both the patient and therapist to define concrete and realistic goals for psychocutaneous intervention. Concrete observable or measurable goals can help the patient and clinician gauge therapeutic progress and success. Specifically, goals can include reduction in pruritus (rating severity from 1-10), decreased scratching activity, decreased plaque extent or thickness, decreased number of urticarial plaques, decreased flushing, decreased anxiety, decreased anger, decreased social embarrassment, decreased social withdrawal, and improved sleep. More global goals can include an improved sense of well-being, increased sense of control, and enhanced acceptance of some of the inevitable aspects of a given skin disease. Cure should never be a goal, because most disorders amenable to psychocutaneous techniques are chronic in nature; thus, cure as an endpoint would only lead to disappointment. The author encourages dermatologists to align themselves with what he euphemistically calls "a skin-emotion specialist." The skin-emotion specialist may be a psychiatrist, psychologist, social worker, biofeedback therapist, or other mental health or behavioral specialist. Patients are more likely to accept a referral to a "skin-emotion specialist," because this term destigmatizes psychologic interventions. Incorporating these techniques and specialists into a clinical practice will expand therapeutic horizons and improve the quality of life of many of the patients afflicted with chronic skin disease. A final caveat must be offered about attempting to make prognostic statements regarding the likelihood of therapeutic success. Although all patients can potentially benefit from psychocutaneous interventions, those with severe psychopathology and poor pretreatment functional status are likely to be more difficult to treat and to achieve less optimal outcomes. Patients with personality disorders such as borderline, narcissistic, and schizotypal disorders, and patients with any active psychotic process certainly constitute a more resistant and difficult population with whom therapeutic success is less likely. These patients, however, are often the ones in the greatest subjective distress and certainly can profit from any of the described interventions. Quoting W. Mitchell Sams, Jr., "although the physician is a scientist and clinician, he or she is and must be something more. A doctor is a caretaker of the patient's person--a professional advisor, guiding the patient through some of life's most difficult journeys. Only the clergy share this responsibility with us." This commitment is and must always be the guiding force in the provision of comprehensive and compatient patient care.
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PMID:Nonpharmacologic treatments in psychodermatology. 1185 91

Occupational dermatosis are frequent among healthcare workers. Irritant hand dermatitis is more common than allergic contact dermatitis. It is enhanced by the exposure to irritants: water, detergents, disinfectants and a history of atopic dermatitis. Natural rubber latex contained in rubber gloves can induce contact urticaria or generalized immediate allergic reactions. Contact eczema can be induced by rubber accelerators such as thiurams, disinfectants (glutaraldehyde, dodecyldimethylammonium). Nurses can become sensitized to handled drugs (antibiotics, propacetamol...). These occupational allergies have to be diagnosed, because sensitized nurses can develop severe generalized cutaneous adverse drug reactions if they are systemically exposed to the same drug than those that has previously induced an occupational contact allergy.
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PMID:[Occupational dermatitis in health care personnel]. 1238 52

We evaluated the role of pre-existing dermatitis in the response to irritants by patch testing the skin of 40 healthy volunteers and the uninvolved skin of 480 subjects for 2 days. These latter were affected by active atopic dermatitis, psoriasis, eczema with positive and negative patch test reactions, urticaria and generalized pruritus. A first panel containing 15 micro L of aq. solutions of disodium laureth sulfosuccinate (NaLSS) 5% and 10%, potassium cocoate (KCC) 5%, potassium oleate (KOL) 5%, zinc coleth sulphate (ZnCS) 5%, sodium mireth sulphate (NaMS) 5%, sodium cocoamphoacetate (NaCCAA) 3% and 5%, was simultaneously applied to 1 site on the upper back. The results, scored by visual assessment, were compared to those observed when testing on the opposite side a second panel containing 15 micro L of aq. solutions of 3 well-known irritants, benzalkonium chloride (BAK) 1%, sodium lauryl sulphate (SLS) 1%, and dimethylsulphoxide (DMSO) 10%. Whilst the substances of the first panel and DMSO gave, on the whole, a scarce number of positive responses in all the tested groups, more evident differences in number, percent and mean intensity of the positive responses to BAK and SLS were found between the different groups. Although some of them seemed statistically significant, when the same values were evaluated by means of chi2 and Student t-test, they did not differ in a statistically significant way from the values found in healthy subjects. The results of this study seem to indicate that the substances of the first panel have a chemical structure that makes them quite safe in real-life conditions. In contrast, BAK and SLS have chemical properties that condition the number and intensity of the responses, making the role exerted by the pre-existing dermatosis quite marginal. In particular, there is no proof that the healthy skin of active atopic subjects is the most susceptible to the irritating effects of the tested substances.
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PMID:Cutaneous response to irritants. 1269 8

Drug hypersensitivity reactions frequently occur in hospitalized and out-patients. Clinical presentations are numerous and heterogeneous, from a mild urticaria to a dramatic anaphylactic shock and an extensive bullous skin disease. Allergic reactions are unpredictable reactions, related to immunologic mechanisms. Some reactions mimic allergic reactions but no drug specific antibody or T cell proliferation can be demonstrated. A true diagnosis is rarely set up and the tools for it are lacking. In this review, we will focus on the available epidemiological data concerning these reactions, including data on incidence and mortality and on the most recent advances in the pathophysiology and allergy diagnosis of drug hypersensitivity reactions.
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PMID:[Identifying and understanding drug allergies]. 1283 15

Out of 923 female dental nurses in the Helsinki district, 799 were interviewed using a computer-assisted telephone interview. A structured questionnaire was used to inquire about skin, respiratory symptoms, atopy, work history and methods, and exposure at work. The 328 nurses, who reported work-related dermatitis on their hands, forearms or face, were invited to an interview by an occupational physician; 245 nurses participated. 31 nurses had previously been diagnosed with an occupational skin disease (OSD). 133 nurses with a suspected OSD were selected for further clinical examinations with prick and patch testing. Among the 107 nurses examined, 22 new cases of OSD were diagnosed. There were altogether 29 cases of allergic contact dermatitis, 15 of contact urticaria, 12 of irritant contact dermatitis, and 1 case of onychomycosis. Rubber chemicals and natural rubber latex (NRL) in protective gloves, as well as dental-restorative plastic materials [(meth)acrylates], were the most common causes of allergy. 42% of the OSD cases in the studied population had been missing from the statistics (Finnish Register of Occupational Diseases). Plastic gloves or NRL gloves with a low-protein content are recommended for dental work. Skin exposure to (meth)acrylates should be avoided.
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PMID:Occupational skin diseases among dental nurses. 1512 17

The aim of the investigation was to compare psychological symptoms and health-related quality of life of dermatology patients and healthy controls. The sample consisted of 333 consecutively recruited patients from four dermatology outpatient clinics, 172 hospitalized dermatological patients from two university hospitals and 293 matched healthy controls. All patients and controls completed Beck's Depression Inventory, the Brief Symptom Inventory and the Dermatology Life Quality Index. Hospitalized patients were more distressed than outpatients and healthy controls and reported greater impairment of disease-related quality of life than outpatients. More hospitalized patients had suicidal thoughts and were characterized as having severe to moderate depression compared with outpatients and controls. Female patients and younger patients were generally more distressed than male patients and older patients, and patients with atopic dermatitis and psoriasis were more distressed than patients with urticaria and eczemas. Disease-related impairment of quality of life was the main predictor of psychological symptoms, when controlling for diagnosis, age, gender, disease duration and disease severity. Although older age was associated with fewer psychological symptoms, our data suggest that skin disease affects quality of life equally in young and older patients. The findings highlight the importance of recognizing disease-related psychological problems and possible psychiatric comorbidity of dermatology patients, especially among patients with atopic dermatitis and psoriasis.
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PMID:Psychological symptoms and quality of life of dermatology outpatients and hospitalized dermatology patients. 1520 37


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