[Prevalence of use of mobile phones while driving in Italy: results of a multicentric observational study]. / La prevalenza di uso del cellulare alla guida in Italia: risultati di uno studio osservazionale multicentrico.

OBJECTIVES: to provide an overview of the use of mobile phone in Italy while driving in the years 2015-2017. DESIGN: road side observational study. SETTING AND PARTICIPANTS: a sample of 145.107 drivers in 28 cities across the national territory with a resident population of more than 10 million inhabitants (17% of the Italian population). For each city, the survey was carried out in Urban (U), Sub-Urban (SU), and Extra-Urban (EXT) areas. Data were aggregated by three geographic areas: North, Centre and South. MAIN OUTCOME MEASURES: monitoring of the use of mobile phone when driving. RESULTS: the prevalence of mobile phone use when driving is 5.6% in the North, 4.1% in the Centre, and 6.3% in the South. The stratification by urban area also shows similar values (U: 5.3%; SU: 5.1%; EXT: 7.4%). CONCLUSIONS: a considerable prevalence of use of mobile phone when driving is observable throughout Italy, with substantially homogeneous values in different territories and in areas with different levels of urbanization. This behaviour increases the risk of road traffic accidents, according to scientific literature. Despite normative sanction of this behaviour, the prevalence is still high, even though comparable to what observed in other industrialized countries. Multilevel actions could be implemented, effective according to scientific literature, not limited only to the regulatory-sanctioning ones. The reduction of the use of the mobile phone while driving can have a significant impact for public health and traffic safety, because on the prevalence data of this study it is possible to assess that potentially up to 24,000 accidents/year could be avoided in Italy.

Prevalence of use of safety devices on motorized vehicles in Italy. A multicentric road side observational study.

OBJECTIVES: to give an overview of the use of safety devices in motorized vehicles in Italy in the years 2015-2017. DESIGN: road side observational study. SETTING AND PARTICIPANTS: a sample of 232,283 road users in 28 cities across the Italian territory with a resident population of more than 10 million inhabitants (17% of the Italian population) was considered. MAIN OUTCOME MEASURES: the use of seat belts (front and rear), child restraints, and motorcycle helmets were monitored. For each city, the survey was carried out in urban, sub-urban, and extra-urban areas. Data were aggregated by three geographic areas: North, Centre, and South. Data for front seat belts was also provided for drivers and passengers separately. RESULTS: the use of front seat belts shows a dramatic geographical trend ranging from 82.6% (North) to 36.3% (South). Drivers use seat belts more frequently than passengers (63.3% vs 57.4%). The same North-South trend shows the use of rear seat belts (from 19.0% to 3.3%) and child restraints (from 59.9% to 16.6%). Helmet use was high everywhere in Italy (more than 94%). CONCLUSIONS: despite the use of safety devices, which has been mandatory for many years, compliance seems to depend on the voluntary behaviour of drivers and passengers influenced by socioeconomical and cultural patterns. The use of rear seat belts and child restraints is still far from an acceptable level, as well as the use of front seat belts in the South and in the Centre. The increased use of safety devices would have significant public health and traffic safety implications, as a potential of 327 deaths/year could be saved.

Incidence estimates of hand and upper extremity injuries in Italy.

OBJECTIVE: The purpose of this investigation is to estimate the incidence rates of upper extremity injuries and to give an overview of the most frequent diagnoses. MATERIALS AND METHODS: Two population databases were queried for all injuries in the upper extremities, the SINIACA-IDB (S-IDB: Emergency Department Injury Database in Italy) and the Hospital Discharge Register (HDR). The diagnoses codes of hand trauma were selected from both databases in order to estimate the national incidence rate. RESULTS: According to the S-IDB data of year 2011, total 1 479 510 ED attendances per year in Italy were estimated with an upper extremity injury (incidence rate: 2491 per 100 000 persons/year). About 880 816 Emergency Department (ED) attendances per year are due to hand injuries, while over 653 336 attendances per year concern arm injuries. The incidence rates are 1483 and 1100 per 100 000 person/year respectively. About 201 940 hospitalizations are observed in the HDR because of upper extremity injuries (incidence rate: 340 per 100 000 persons/year). Males have higher incidence rate (387 vs 280 per 100 000 persons per year). The trend in the incidence rates for the age group of inpatients shows two peaks: at age 12 (400 cases per 100 000 persons/year), and in the older age groups (700 cases per 100 000 persons/year).