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A total of 306 employees of the hospitals of the Leno/Manerbio health area underwent clinical and anamnestic examination in order to ascertain the existence of degenerative diseases of the spine associated with "manual handling of loads" risk. The prevalences obtained for positive anamnestic threshold concerning the lumbosacral spine, the trend of total acute low back pain and of low back pain in the last year showed lower values compared to the entire national group and in any case lower or only slightly above the values for the reference group of non-exposed subjects. Therefore, in order to assess the real prevalences of disorders due to incorrect load handling in hospital environments, it is important to assess the presence of associated disorders of the spine also and especially in outpatients departments. In fact, unsuitable or unfit staff had recently been transferred from the wards to outpatients departments. 56 workers from outpatients departments underwent physical-anamnestic examination: 16 workers (4.5% of the entire group under study) from average-to-high risk wards were identified as suffering from degenerative disorders of the lumbosacral spine. Therefore the prevalence of unfit subjects from hospital wards, cancelling the effect of the turnover factor on outpatients departments, led to an almost twofold total frequency, which rose from 6.9% to 11.4%.

Since a method for quantifying exposure to patient handling in hospital wards is lacking, the authors describe and propose a model for identifying the main risk factors in this type of occupational exposure: presence of disabled patients, staff engaged on manual handling of patients, structure of the working environment, equipment and aids for moving patients, training of workers according to the specific risk. For each factor a procedure for identification and assessment is proposed that is easily applicable in practice. The authors also propose a formula for the calculation of a condensed exposure index (MAPO Index), which brings together the various factors. The exposure index, which requires further, detailed study and validation, makes it possible, in practice, to plan the preventive and health measures according to a specific order of priority, thus complying with the requirements of Chapter V of Law 626/94. From a practical point of view, in the present state of knowledge, it can be stated that for MAPO Index values between 0 and 1.5, risk is deemed negligible, average for values between 1.51 and 5, and high for values exceeding 5.

To enable different research groups to make a standardized collection of clinical data on alterations of the lumbar region of the spine, protocols were used for the collection and classification of data that were proposed and thoroughly validated by the authors. The protocols include a clinical/functional examination of the spine, checking for positive anamnestic threshold, for pain on pressure/palpation of the spiny apophyses and paravertebral muscles, for painful movements, in order to classify 1st, 2nd and 3rd grade functional spondylarthropathy (for different regions of the spine). An ad hoc questionnaire was also prepared for the quantitative and qualitative study of true acute low back pain and the ingravescent low back pain controlled at the onset pharmacologically. The results of this questionnaire make it possible to calculate the incidence of acute low back pain (true and pharmacologically controlled).

An investigation was carried out by teams from various centres coordinated by the EPM (Ergonomics of Posture and Movement) Research Unit on 54 different hospitals in various regions of northern and central Italy. The teams examined a total of 3341 health workers whose job involved manual handling of patients (553 male and 2788 females, 1568 working in hospitals and 1773 in geriatric residences). Numerous meetings were held to ensure that the methods of assessing the exposure indexes and spinal impairment were identical in the various teams. The final data were processed centrally at the EPM Research Unit. The sample analyzed may be considered as representative of the situation in hospitals in Italy, at least for northern and central Italy. The mean age was 36 years, mean length of service in the department 6 years and mean length of job duration not exceeding 10 years; staff turnover was high. Physical examination revealed that 8.4% of the workers had had at least one episode of acute low back pain in the previous 12 months: i.e., 4 times the values of the reference groups. Also in the case of clinical-functional spondyloarthropathies of the lumbosacral spine, in the females there was a significantly higher prevalence than in the reference groups. All disorders were more severe in sectors more at risk, i.e., old peoples homes, rehabilitation centres, orthopaedic and surgical departments, and in any case higher in old peoples homes and geriatric residences. The initial data concerning the ratio between presence of spinal disease and risk index were also positive.

To assess the diagnostic and medicolegal contribution of Computed Tomography (CT) in patients with craniocerebral, maxillofacial, neck and spine gunshot wounds, we submitted to CT 106 patients with gunshot wounds examined over a 7-year period (February, 1988 to December, 1994). Twenty-four of them had craniocerebral injuries (23%), 9 maxillofacial (8%), 8 neck (8%) and 10 vertebral (9%) injuries. Emergency CT demonstrated the mechanism of the injury, the bullet path and site, the site of bone and/or metallic fragments, and damage extent. In all perforating cranioencephalic injuries (n = 7) intracerebral or extrathecal bone fragments were demonstrated adjacent to the bullet entrance and exit holes, respectively. In injury monitoring. CT showed injury evolution, retained fragments and complications, thus enabling damage extent assessment. High Resolution Computed Tomography (HRCT) was useful in locating minute orbitary retrobulbar and intraspinal fragments. Magnetic Resonance (MR) Imaging in postoperative patients proved a valuable tool to assess the extent of spinal cord damage. To conclude, CT is a useful technique to examine the patients with gunshot wounds, which helps plan adequate treatment and solve complex medicolegal problems.

The increasingly common use of seat belts in the standard features of cars has markedly reduced the seriousness of lesions due to motor vehicle accidents but, at the same time, has caused the appearance of a specific pattern of injuries strictly related to the type of restraint. Thus, the seat belt syndrome consists of soft-tissues, skeletal and visceral injuries associated with the use of the passenger restraint system. After describing the site of injuries, we report the most common features of traumatic lesions, also comparing the consequences of the three possible occurrences: unrestrained, with two- and three- point restraints. With lap seat belts, which are the less complex, injuries most frequently involve the abdomen and vertebrae while with the three-point variety of seat belts the chest and shoulder girdle are involved. No matter what the type of restraint, skin abrasions are nearly always observed, and associated with internal injuries in 30% of cases. From the analysis of distribution, type and seriousness of injuries we can summarize that: a) the use of passenger restraint systems has surely reduced mortality and morbidity associated with motor vehicle accidents; b) the seat belt will never be able to avoid traumatic events because strong forces act and strike in a very short time on small areas of textile fabric; c) seat belts can be still considered the easiest, most reliable and cost-effective preventive method.

The effectiveness of seat belts is largely proved. Nevertheless, this safety device produces typical lesions, for very violent accidents, or if it is malpositioned. The pathogenetic criterium of these lesions ("seat belt syndrome") is described, while a complete revision of literature is presented. The importance of emergency care in the identification and treatment of these lesions is emphasized.

A case observed by chance and thereafter examined and treated is reported. It involved a vertebral fracture which failed to be recognized in a patient undergoing prolonged haemodialysis.

The causes of vertebral lesions in the course of flying are listed. An account is given of the dynamic forces required to bring about vertebral fracture and their mechanism. Reference is made to the most common sites of vertebral injury in crashes, particularly in the case of helicopters, and during catapulted seat ejection. Lastly, sites of vertebral fracture in parachutists are discussed.