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Biomedical subjects

F Mollo

Publications and source records attributed to F Mollo.

At least 91 records · Page 5Linked to original sources
PubMedDate not supplied

Lung asbestos bodies and pleural plaques at autopsy.

Examination for lung asbestos bodies and pleural plaques was made in 996 consecutive unselected autopsies in Torino. The prevalence of asbestos bodies was 12.4% and that of pleural plaques 19.1%. Both findings were found with significantly greater frequency in men, and in the age group above 50 years. In addition, their occurrence increased with age up to 70 years, then decreased thereafter. A significant association between the severity of plaque lesions and the presence of asbestos bodies was found, whereas the number of asbestos bodies was not related to the presence of pleural plaques. It is suggested that pleural plaques are more reliable markers of asbestos exposure started many years earlier, and that lung asbestos bodies are more reliable indicators of more recent exposure.

Age Factors↗
PubMedDate not supplied

Screening of autopsy populations for previous occupational exposure to asbestos.

A screening procedure to select, in autopsy populations, subjects having a major likelihood of previous occupational exposure to asbestos is described. To test our necropsy population we searched for pleural plaques (PPs); the optical count of both lung asbestos bodies (ABs) and uncoated mineral fibers (UMFs) at least 10 microns in length was recorded. In the adult autopsy population studied in the Turin area, the predictive value given by a positive test for large-size PPs (mostly bilateral) was about 55%. This level of probability did not rise in relation to the AB counts, whereas an increase to over 75% was observed if more than 10,000 UMFs/g dry lung were present. In subjects without PPs or with small-size plaque lesions (mostly unilateral), predictive values of positive tests were 20 to 30% when ABs and UMFs were found to be below 100 and 10,000/g, respectively, and increased to approximately 40% if the AB count exceeded 500/g and to almost 70% for an UMF count above 100,000/g. In subjects without PPs or with small-size plaque lesions, the probability of being nonexposed was greater than 90% if neither ABs nor UMFs were found. This autopsy screening may be a reliable tool in selecting cases most probably related to occupational exposure.

Adolescent↗
PubMedDate not supplied

[Group educational intervention in diabetic foot: the objectives, pedagogical strategies, level of knowledge and results].

Detailed contents and aims of an educational intervention for diabetic foot are presented, together with evaluation tools and results at 3, 6 and 12 month interval after the course. Knowledge level and "health" of the foot were assessed at 12 month interval on 2/3 of the 100 diabetic patients originally exposed to the educational intervention. After 12 months 80% of patients showed a good retention of knowledge on practical issues related to foot care, while 77% of patients with persistent foot problems were not independent (because of hypo-mobility or sight problems) in foot care.

Diabetic Angiopathies↗
PubMedDate not supplied

[The methodology and planning of an educational intervention in diabetic foot].

Diabetic foot is considered one of the most threatening and disabling complications for a diabetic patient: lesions of the extremities can become so severe that the person may risk the amputation of the toe, foot or leg. Methodology of planning and implementation of an educational intervention for the prevention of the diabetic foot is presented in its various steps: from the identification of priorities and contents to the problems and difficulties encountered in the implementation of the program.

Diabetes Complications↗