[Working overseas and cardiovascular diseases: application of a screening method on Oil&Gas employees]

Working overseas is a reality for decades in the Oil&Gas Industry and many noxae impact on the cardiovascular system. In fitness to work evaluation the physician should consider besides the conventional risk factors, the presence of cardiovascular diseases, and prevent their evolution. A cardiovascular screening and follow up after 2 years was carried out on 42 Oil&Gas employees, over 45 of age, during medical fitness to work. The main tests were ECG, exercise tolerance test (ETT) and echocardiocolordoppler, completed with other instrumental tests. Cardiovascular diseases causing unfitness to working overseas occurred in 7%, blood hypertension in 23%. The screening permitted to diagnose and correct acute cardiovascular diseases, that caused unfitness to work, and disease that can get worse related to occupational risk. Moreover it was fundamental for evaluation of fitness and timing of health surveillance.

[Occupational risks among public safety and security forces]

The present paper tries to identify the occupational risk factors (physical, chemical, biological, psychological), variable depending on jobs and tasks, to which the heterogeneous public safety/security workers are exposed. The fight against criminality and public order maintenance imply (sometimes fatal) traumatic risks, and expose to psychophysical and sensorial tiring, unfavourable macro- and microclimatic conditions, the risk of baropathy (air navigation, underwater activities), noise (generated by firearms and several other sources), vibrations and shakings (automatic weapons, transport vehicles), the risk of electric injury, ionizing (X and gamma rays) and non-inonizing (ultraviolet rays, microwaves and radiofrequencies, electromagnetic fields) radiations. Chemical hazards include carbon monoxide and other combustion products (fires, urban traffic), substances released in chemical accidents, tear gases, lead (firing grounds, metal works, environmental pollution), solvents, lubrificants and cutting oils (mechanic repair and maintenance), laboratory materials and reagents, irritant and/or sensitizing agents contained in gloves. The main biological risks are tetanus, blood-borne diseases (viral hepatitis, AIDS), aerogenous diseases (e.g., tuberculosis, Legionnaire's disease, epidemic cerebrospinal meningitis), dog- or horse-transmitted zoonosis. Finally, emotional, psychosomatic and behavioural stress-related disorders (e.g., burn-out syndrome, post-traumatic stress disorder) are typically frequent. The presence of numerous and diversified hazards among public safety/security forces imposes the adoption of occupational medicine measures, including risk assessment, health education, technical and environmental prevention, personal protective devices, sanitary surveillance and biological monitoring, clinical interventions (diagnosis, therapy and rehabilitation of occupational accidents and illnesses), prompt medico-legal evaluation of occupational-related compensation claims.

Silicotuberculosis in the elderly: report of two cases

Silicotuberculosis is observed rarely in the current clinical practice. We present two patients (a 72-year-old man and a 84-year-old woman) who developed silicosis after having worked for several decades in the ceramics industry. In both, pulmonary tuberculosis complicated the clinical picture several years after retirement. The first subject presented a multicavitary lesion in the apex of the right lung, which subsequently evolved with fibrosis. The other developed bilateral tubercular bronchopneumonia and right tubercular pleurisy, that improved after prolonged antimycobacterial polychemotherapy. The two cases confirm that patients with silicosis are at an increased risk of developing tuberculosis, and show that, nowadays, silicotuberculosis may represent a geriatric problem. In the elderly, recognition of tuberculosis associated with silicosis is often difficult. Occupational history, radiology (conventional chest radiography and computed tomography) and microbiology (identification of Mycobacterium tuberculosis in sputum and pleural exudate) are helpful for the correct diagnosis, which, in turn, is important for prognosis and treatment, as well as in relation to medico-legal issues and occupational-related compensation claims.