Skin Diseases In Workers Research Articles

Early clinical and laboratory diagnostics of allergodermatoses in electroplating shop workers

Introduction. At the present stage, the occupational pathology of the skin remains one of the significant medical and social problems. In this regard, special attention is paid to the early diagnosis of sensitization to industrial chemical allergens to target occupational allergic diseases. The aim of the study was to study the changes in clinical and laboratory parameters in the formation of allergic skin diseases in workers during nickel plating. Material and methods. Three hundred eighty-nine employees of the machine-building enterprise were examined. The leading group consisted of 214 people exposed to harmful chemical factors of production. Group of intact persons 175 people is represented by employees who do not come into contact with harmful factors of the production environment. The condition of the skin of workers was analyzed. Laboratory studies of oxidative metabolism and immune status were performed according to unified methods. The nickel content in the urine was determined by voltammetry. Results. At the studied enterprise, 38,3% of workers were diagnosed with occupational skin diseases (epidermosis, allergic dermatitis, eczema). In the formation of dermatological morbidity, an increase in the activity of alkaline (ALPn) and acid (ACPn) phosphatase of neutrophils by 1,7-2.2 times and inhibition of succinate dehydrogenase (SDH) and neutrophil myeloperoxidase (MPn) by 1.2-1.5 times relative to the control group was found. On the part of the immune system, there was an activation of the suppressor function of T-lymphocytes (CD8+); B-lymphocytes (CD20+), an increase in the content of immunoglobulins IgG, total IgE, circulating immune complexes by 1.5-2.0 times and a decrease in the levels of immunoglobulins IgA, IgM by 3.0-5.0 times compared to the control. The relationship between the nickel content in the urine of workers and changes in the indicators of ACPn (r = 0.76), MPn (r = -0.87), (CD4+) (r = -0.91), (CD8+) (r = 0,86), general IgE (r = 0.92), indicating the priority role of nickel compounds in the formation of allergodermatoses in workers. Conclusion. The proposed complex of biomarkers aims to detect early the initial forms of allergodermatosis and the formation of risk groups for the timely rehabilitation of electroplating workers.

PROPHYLAXIS OF SKIN DISEASES IN WORKERS OF THE PRODUCTION OF SECONDARY PRECIOUS METALS

Introduction. The production of secondary precious metals is one of the most important and promising directions for the development of the metallurgical industry with its own specifics of technological processes and, accordingly, working conditions. The purpose of the research is to scientifically substantiate and develop a complex of hygienic and therapeutic and preventive measures to reduce the risk of skin diseases in workers of secondary precious metals. Material and methods. As an object of research, the workers of the enterprise JSC “Shchelkovsky plant of secondary precious metals” were chosen. To assess the occupational health risk, the main provisions of the “Methods of calculating individual occupational risk depending on working conditions and the state of worker’s health” were used. To assess the clinical effectiveness of the use of emollients in the prevention of chronic allergic dermatoses in workers, the patients were examined and the dermatological indices EASI (Eczema area and severity index), VAS (Visual analog scale), DLQI (Dermatology life quality index) were calculated. Results. The index of the individual occupational risk (IOR) for the main professions of refining precious metals amounts to from 0.56 to 0.79, which refers to a very high risk with the leading unfavorable chemical production factor - with a share contribution to the profile of occupational risk - from 20 to 25 %. The presence of dermatological diseases even with their course without permanent disability significantly affects the quality of life of workers, as evidenced by the high values of dermatological indices EASI from 16.3 to 53.3, DLQI - from 6.2 to 16.8, VAS - from 5.8 to 9.1 points before the start of the treatment. Discussion. The results obtained are in general consistent with the materials of earlier studies that skin and subcutaneous tissue diseases are related to the risk in the workers in the metallurgical industry. Conclusion. Diseases of the skin and subcutaneous fatty tissue in workers of secondary precious metals production are due to the significant value of the etiological share of production factors in their formation and are occupationally conditioned. The proposed complex of hygienic and medico-prophylactic measures, including the additional use of emollients to existing standards of treatment and prevention of allergic dermatoses in workers, provides a reduction in the risk of professionally caused skin diseases.

Occupational diseases in individuals exposed to metal working fluids.

To examine the current occurrence of respiratory and skin disease in workers who do metal machining with metal working fluids (MWFs), a common work process in manufacturing. A summary of the 27 recognized outbreaks of respiratory disease in workers exposed to MWFs was published. New studies have identified irritative symptoms among workers with low-level exposures. There were review articles discussing the content, measurement and control of microbial agents in MWFs. The occurrence of work-related asthma and hypersensitivity pneumonitis appears to have diminished in the last 10 years. This is presumed to be secondary to lower air levels from the use of newer machining equipment, which are enclosed and have local ventilation as well as better control of microbial contaminants. However, clinicians need to be aware that at the minimum irritative symptoms of the upper respiratory tract are still being reported at these lower exposure levels and there remains the possibility of the development of asthma and hypersensitivity pneumonitis. Given the widespread use of MWFs in manufacturing facilities, clinicians need to consider the possibility that MWFs are the cause or are aggravating the respiratory and dermatologic conditions of their patients.

Occupational skin diseases in automotive industry workers

Context: Studies on occupational skin diseases in workers of the automotive industry are few.Aim: To investigate the prevalence of occupational skin diseases in workers of the automotive industry.Materials and methods: Between September and December 2011, a total of 405 workers from the automotive repair industry in Diyarbakır were interviewed. They were active workers in the repair industry who had been employed for at least six months. Business owners, sellers of spare parts and accounting officers were not included. The employees were examined at their workplaces and the working conditions were observed. Detailed dermatological examination was performed.Results: The mean age of the 405 workers who participated in the study was 27.7 ± 10.3. The mean working time of employees was 13.3 ± 10.4 years. All of the employees were male. Dermatological diseases were not detected in 144 out of 405 workers (35.6%) and at least one condition was diagnosed in 261 (64.4%). The most frequent diagnosis was callus, hyperkeratosis, clavus (27.7%), followed by nail changes (16.8%) and superficial mycoses (12.1%). Contact dermatitis was seen at a rate of 5.9%.Discussion: Traumatic lesions such as hyperkeratotic lesions and nail changes were found most frequently. Traumatic lesions were common among individuals who did not use gloves. Most nail changes were localized leuconychia, a finding not reported in the studies on automotive industry workers. In accordance with the literature, irritant contact dermatitis was observed in patients with a history of atopy and who had been working for a long time.Conclusion: Occupational skin diseases comprise an important field in dermatology, deserving much attention. Further studies on occupational dermatology are necessary.

Skin diseases in workers at a perfume factory

The aim of this study is to find out the causes of skin diseases in one-third of the staff of a perfume factory, in which 10 different perfume sprays were being manufactured. Site inspection, dermatological examination and patch testing of all 26 persons at risk with 4 perfume oils and 30 ingredients of them. The results showed 6 bottlers were found suffering from allergic contact dermatitis, 2 from irritant contact dermatitis, 12 workers showed different strong reactions to various fragrances. The main causes of allergic contact dermatitis were 2 perfume oils (12 cases) and their ingredients geraniol (12 cases), benzaldehyde(9), cinnamic aldehyde (6), linalool, neroli oil, terpenes of lemon oil and orange oil (4 each). Nobody was tested positive to balsam of Peru. Job changes for office workers, packers or printers to other rooms, where they had no longer contact with fragrances, led to a settling. To conclude, automation and replacement of glass bottles by cartridges from non-fragile materials and using gloves may minimize the risk.

Occupational contact dermatitis among the traditional ′tie and dye′ cottage industry in Western Rajasthan

Dyeing is an age-old process and forms an integral part of textile industries. Tying is a process by which a particular part of cloth is prevented from the process of dyeing. The skin diseases in workers engaged in the 'tie and dye' industry have not been extensively studied. To study the prevalence of contact dermatitis among workers engaged in the 'tie and dye' industries in and around Jodhpur (Western Rajasthan). One thousand three hundred workers engaged in 'tie and dye' work were evaluated for occupation-related dermatitis. Those with skin lesions were subjected to patch tests using 2% aqueous solution of the dyes and chemicals commonly used by them. These included direct dyes, VAT dyes, sulfur dyes and azo dyes. Fifty workers without skin lesions served as controls. One hundred patients (7.69%) had dermatitis involving the exposed sites, mainly the hands and forearms. Eighty-one patients showed positive reactions to one or more dyes, most commonly Red RC base (azo dye), followed by naphthol. Red RC base and naphthol were the commonest allergens in the 'tie and dye' industry.

Microorganism-induced skin disease in workers exposed to metalworking fluids.

An outbreak of skin disorders among workers potentially exposed to metalworking fluids prompted the present study. Few studies have described skin disorders associated with microbe-contaminated metalworking fluids. Samples of materials contaminated with metalworking fluids were obtained from two manufacturing facilities in Ohio. Pathogenic bacteria and yeasts, in concentrations sufficient to cause skin disease, were cultured from 9 of 12 (75%) sampled materials. Allergic patch testing of five affected people produced negative results for standard allergens, augmented by fluids and items from their workplace. This ruled out allergies as the cause of the skin disease. Improper handling and disposal of cotton gloves, inappropriate use of scouring pads and ineffective hand wiping were apparently responsible for the microbiological contamination. The hands and forearms were most commonly affected. Improper handling of soluble, synthetic and semi-synthetic metalworking fluids provides an excellent environment for the growth of a range of microorganisms, including bacteria and fungi. If allowed to grow because of poor occupational hygiene, these microorganisms can cause skin disorders among workers. Soiled protective clothing (gloves, coveralls and work boots) should be cleaned or discarded on a regular basis. When washing up, workers should not use metalworking fluids and items used to clean machinery.

Occupational Skin Disease in Workers From the Electronics Industry in Singapore

Occupational Skin Disease in Workers From the Electronics Industry in Singapore

Occupational Skin Disease in Workers From the Electronics Industry in Singapore

Of 149 workers from the electronics industry with occupational dermatoses seen at the Joint Occupational Dermatoses Clinic at the National Skin Centre, Singapore, 51.0% (76) were diagnosed to have irritant contact dermatitis, 40.9% (61) had allergic contact dermatitis, and 8.1% (12) had noncontact dermatitis. More than half of the patients were younger than 30 years of age. Common irritants were soldering flux, oils and coolants, solvents, and acids/alkalis. The most common allergens were nickel and resins, followed by rubber chemicals and the constituents of flux. Of the noncontact dermatitis, 8 were caused by occupationally relevent exacerbation of endogenous eczema, whereas there was one case each of miliaria, frictional dermatitis, and fatal toxic epidermal necrolysis caused by trichloroethylene allergy.

Occupational skin disease in workers from the electronics industry in Singapore

Of 149 workers from the electronics industry with occupational dermatoses seen at the Joint Occupational Dermatoses Clinic at the National Skin Centre, Singapore, 51.0% (76) were diagnosed to have irritant contact dermatitis, 40.9% (61) had allergic contact dermatitis, and 8.1% (12) had noncontact dermatitis. More than half of the patients were younger than 30 years of age. Common irritants were soldering flux, oils and coolants, solvents, and acids/alkalis. The most common allergens were nickel and resins, followed by rubber chemicals and the constituents of flux. Of the noncontact dermatitis, 8 were caused by occupationally relevent exacerbation of endogenous eczema, whereas there was one case each of miliaria, frictional dermatitis, and fatal toxic epidermal necrolysis caused by trichloroethylene allergy.