Asbestos containing materials in schools of Rome and surrounding area (Italy).

Despite Italy banning use and production of asbestos in 1992, it continues to represent a risk to human health due to its permanence in the places where it was located. The aim of this work is to estimate how many schools in Rome (Italy) have asbestos containing materials (ACM), and to assess whether the location, condition and nature of ACM can influence the level of risk for student health. 3,672 schools were contacted and 1,451 participated to asbestos survey. 692 bulk samples were collected and analyzed by optical and electron microscope and Fourier transform infrared spectrometer. About 16% of the surveyed schools had ACM. Most of the ACM were not accessible to students (water tanks, boiler thermal insulations). Asbestos-cement materials and vinyl floor tiles were the most common non-friable materials found in schools and equipment insulation linings and Bunsen burner gauze mats were the friable ACM found in science laboratories. Measures to prevent or reduce asbestos hazards were applied where necessary. This study allowed to develop the awareness of the asbestos health hazard among headteachers and the need to manage these hazards appropriately. It represents the beginning of a larger study leading to ACM national mapping in schools.

Hospital admission for digestive diseases: Gastroenterology units offer a more effective and efficient care.

BACKGROUND: Digestive diseases imply a substantial burden for health care systems. Effectiveness of specialized gastroenterology care has been demonstrated in a few real life surveys. AIMS: To perform an in-depth analysis of Hospital Discharge Records (HDRs) of patients admitted for digestive diseases (DDs) from all Italian regions over the years 2010-2014. METHODS: Data on National HDRs were provided by the Italian Health Ministry. RESULTS: During the years 2010-2014, a mean of 949,830 patients with DDs were admitted to hospital per year, representing 10.0% of all admissions in Italy. Only 7.4% of patients with DDs were admitted to Gastroenterology units due to the limited number of the specialty-focused beds (3.4/100,000 inhabitants). DDs urgent admissions in Gastroenterology units represented 33% of admissions. The mean length of stay was 8.1 days in Gastroenterology units, as opposed to 8.3 in other units. Mortality rate for DDs altogether, for urgent admissions, and for urgent admissions with bleeding were 2.2%, 1.7%, 2.2% in Gastroenterology units, and 3.1%, 3.9%, 3.5% in other units, respectively. DDs admissions were appropriate in 81.3% in Gastroenterology units as opposed to 66.6% in all other units. CONCLUSIONS: Gastroenterology units offer a better specific care in terms of length of hospital stay and mortality even for patients admitted for emergent conditions.

Field comparison of two inhalable samplers used in Italy to measure the wood dust exposure.

BACKGROUND: Particle size affects the performance of personal air samplers used to measure dust exposure in the workplace. Few field studies have been conducted for comparing the performance of personal inhalable samplers. OBJECTIVE: To compare wood dust sampling with two inhalable samplers: IOM (Institute of Occupational Medicine) and Italian cone. METHODS: 136 Italian cone/IOM paired samples and 136 passive IOM samples were collected in 30 Italian woodworking industries. The valid number of sample pairs was 114. Ultra-large particles were collected by passive IOM. The sampling membranes were weighed and the size particles were measured. Mass differences in active and passive IOM samples were calculated (IOM-Δ). RESULTS: Statistical analysis of all 114 Italian cone/active IOM paired results showed a significant mass difference (P < 0.05) and no significant mass difference for sanding and cutting woodworking processes. The Italian cone/IOM-Δ paired results consistently showed no statistically significant mass differences in any woodworking processes. Both samplers performed similarly when ultra-large particles mass contribution was not considered. CONCLUSIONS: These findings confirm the presence of ultra-large particles in woodworking. The Italian cone and IOM samplers can be used interchangeably for personal wood dust exposure assessment, when the wood activities produce small-size particles.

A study on the transfer of heavy methals released by Chinese commercial products.

OBJECTIVES: Studies by The World trade Organization (WTO) and the Organization for the Economic Cooperation and Development (OECD) state that the trade on counterfeit goods corresponds to 10% of the global trade and it is worth 450 billion dollars. In this work we studied the transfer of toxic metals released by some Chinese watches causing significant allergic dermatitis. METHODS: Several samples of dust released from metal parts got collected. Such powders were observed at the Electron Microscope complete with EDAX spectrometer. RESULTS: In all the studied dust samples we identified the following chemical elements: Cu, Ni and Zn. The SEM analysis has identified two predominant phases such as pure nickel and brass alloy (Cu-Zn). CONCLUSIONS: The first metal subjected to cession and to corrosion phenomena is nickel. The main causes of corrosion in the studied materials were due to the presence of chloride ions. Among the ceased metals found in our study nickel is the most dangerous. Scientific evidence now agree that nickel and certain nickel compounds are toxic and highly harmful to human health they indeed cause allergic contact dermatitis (DAC).