This study describes the pattern of diseases among pilgrims attending Mina PHCCs, which may aid in providing the best possible health care services to pilgrims.

TOC summary: Infection was associated with tick bites and contact with farm animals.

BackgroundThe health status of the young people is an important indicator for future health and health care needs of the next generation. In order to understand the health risk factors of Saudi youth, we analyzed data from a large national survey in the Kingdom of Saudi Arabia.MethodsThe Saudi Health Information Survey sample included 2382 youths aged 15 to 24 years old. The questionnaire included information on socio-demographic characteristics, risk factors, risky behaviors, chronic conditions, functional status, health care utilization, and anthropometric and blood pressure measurements.ResultsOnly 45.9 % of men and 48.4 % of women had normal body mass index (BMI). Men were more likely than women to smoke cigarettes or shisha. The prevalence of daily consumption of at least five servings of fruits and vegetables was 6.6 %. The prevalence of no or insufficient physical activity was 41.8 % in men and 75.6 % in women (P < 0.001). Around 40 % of men and 25 % of women had abnormal blood pressure. Mean BMI and prevalence of insufficient physical activity, current smoking, and hypertension was higher in 20-to 24-year-olds than younger ages. Women were more likely to report that they never use seatbelts (82.2 % vs. 65.4 %).ConclusionsThe prevalence of modifiable risk factors and risky driving behaviors is very high among Saudi youth. If these current behaviors are not reversed during this crucial age period, the burden of disease and injuries will rise in the future. Our findings call for developing health prevention programs for youths in Saudi Arabia.

We found very low levels of physical activity in KSA. Perhaps, KSA can challenge communities or employers to devise solutions and reward those with the best results. These solutions would be of great value to other Gulf countries, as well.

Our unique data with geographical coding enabled us to detect and target dengue clusters that support the use of geospatial information in infection control in Saudi Arabia and would allow for better targeting of interaction progress.

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