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Biomedical subjects

B Zouari

Publications and source records attributed to B Zouari.

54 records · Page 3Linked to original sources

[Analysis of different aspects of the health systems in Tunisia].

The health care system in Tunisia is composed of two sectors, public and private. Given the social and economic development level of the country, it can be said that the hospitals, health centers and workforce devoted to health are not severely limited. However, these structures are under-equipped and finance management is not relevant. The establishment of a National Health Service would render all the system more efficient.

Delivery of Health Care↗

[Food intake during and outside Ramadan].

We explored the effect of fasting in the month of Ramadan on the dietary pattern of a group of 130 healthy adults. During Ramadan, there was an increase in total energy intake, as a result of protein and lipid intake but not carbohydrate intake compared to the diet througout the rest of the year, in both students and parents. The meal eaten after sunset was an important contributor to calories (65%), lipids (74%), proteins (71%) and carbohydrates (56%). These findings show the eating behaviour during Ramadan may contribute to improved nutritional status of people at risk of nutritional deficiency.

Adult↗

[Health transition in Tunisia over the past 50 years].

We describe the dramatic demographic, socioeconomic and health changes witnessed in Tunisia over the past 50 years. Demographically, the gross mortality rate and the infant mortality rate have gone from 19 per 1000 and 150 per 1000 respectively in 1956 to 5.7 per 1000 and 26.2 per 1000 now, and life expectancy at birth going from 50 to 72 years for the same period. Socioeconomically, the urban population has risen from 25% to 62%, the literacy rate from 15% to 73%, and the per capita income has increased 5-fold in real terms. Epidemiologically, the infectious and perinatal diseases prevailing in the 1960s have decreased whereas chronic and degenerative diseases have risen. The proportion of the GNP related to health expenditure has risen from 3.8% to 6.2%. The implication of these changes on the Tunisian health system and the need to adapt in terms of curative care and prevention of risks are discussed.

Cardiovascular Diseases↗

[Difference albumin-transferrin interest in the iron deficiency detection in a cohort of 1288 schoolchildren in the district of Tunis].

Iron deficiency (ID) is the most common nutritional deficiency worldwide especially among young children, women in pregnancy and breastfeeding. This study was undertaken to assess the prevalence of ID in 1288 pupil ranging in age from 11 to 14 years. Haemoglobin (Hb), mean corpuscular volume (MCV), mean corpuscular Hb (MCH), serum iron (Fe) serum transferrin (Trf), serum ferritin (Ft) and an inflammtory proteic profil (IPP) were measured. The IPP combines the analysis of protein variations: protein results are converted in percent of normal values referenced for the technique used. It has been suggested that on the protein profile, an increase in serum transferrin level compared to a normal serum albumin level (DAT: difference albumin-transferrin), appears early in the course of ID. Iron deficiency was defined by a low serum ferritin (< 15 ng/mL) and/or a pathologic DAT (> 28%). Approximately, 33.8% of children had Ft < 15 ng/mL and 12,8% had DAT > 28% while ferritin values were in the normal range. Diagnosis performance (sensitivity, specificity and diagnosis efficacy) of ferritin and DAT were compared to the performance of high serum transferrin receptor (sTfR) values in 2 populations presenting or not a biological inflammation. Only the diagnosis efficacy of DAT was constant in both situations. In conclusion, the serum ferritin concentration is the first indicator of body storage iron identifying ID, however normal or elevated values of ferritin may be difficult to interpret particulary in the presence of inflammation. sTfR and DAT values are thus reliable indicators of ID in such circumstances.

Adolescent↗

[Smoking among medical students in Tunisia: trends in behavior and attitudes].

We report a cross sectional survey to analyze the effects of medical training on the smoking habits of Tunisian medical students, and their attitudes and knowledge about smoking. Two groups of medical students were studied. One group was 257 first year students at the Medical Faculties of Tunis and Sfax, in 1987, the other 211 final year students at the same Faculties in 1994 and who had been in the first year in 1987. A questionnaire bases on that of the WHO and International Union against Lung Disease for health professionals was administered. It was completed by 95% of the students. Fifty-four % were men and 46% women, and 70.2% lived in an urban area before attending university (table 1). Nonsmokers were defined as those who had never smoked. Exsmokers were those who had formerly smoked but no longer did so. Smokers were divided into those who smoked occasionally and those who smoked daily. The prevalence of smoking was higher among the final year students than the first year students. Combined daily and occasional smoking was 24.1% among first year students and 37.1% among final year students (table 2). The rates among men for daily smoking were 19.2% in the first year and 38.9% in the final year, whereas for women the corresponding rates were 1.8% and 2% (table 3). The prevalence of occasional smoking among men was 17.8% for the first year and 17.7% in the final year. Among women, this behavior increased from 5.5% to 16.8%. Men exsmokers increased from 6.2% to 16.8% and women from 4.6% to 13.4% from the first to the final year. The proportion of first year smokers who reported a serious attempt to stop was 64.8% and that of final year students was 50%. Protected personal health was the most common reason (table 4). In the final year, 94.1% of te students agreed strongly with the view that smoking is harmful to health (table 5). However, there was substantial underestimation of the contribution of tobacco to causing serious diseases including bladder cancer, coronary artery disease, peripheral vascular disease, emphysema and neonatal morality (table 6). The study evidences insufficient awareness of medical students about their responsibility for health education and prevention. There was little interest in preventive action for patients. Only 4.5% of the final year students felt that they were equipped to advise patients about smoking. Similarly, 65.7% would not advise patients to stop smoking if they had no smoking-related symptoms and did not raise the question themselves (table 7). There were major deficiences in knowledge of preventive measures. Only 45.5% of final year students considered that they had adequate knowledge to advise patients about smoking (table 8) and 72.5% thought that they should have received more specific training about counseling (table 9). This work shows that, like in Africa, Asia and Europe, Tunisian medical students have an unsatisfactory knowledge of tobacco and its effects. There were no substantial changes in the students' knowledge of, or attitude to, smoking between the first and final year of training. Simply stimulating the interest of these future doctors in the problem of smoking is insufficient.

Cross-Sectional Studies↗