Prevalence of risk factors for noncommunicable diseases in Jalalabad city, Afghanistan, evaluated using the WHO STEPwise approach

Noncommunicable diseases [NCDs] are a growing public health challenge. This study aimed to estimate the prevalence of common risk factors for NCDs among the adult population an urban setting in the eastern province of Nangarhar, Afghanistan. In a randomized, cluster sample survey of households the WHO STEPwise method was modified and used to collect demographic, behavioural and clinical data from 1200 adults [61% females] in Jalalabad in 2013. Blood samples were collected for biochemical testing. The prevalence of overweight/obesity, diabetes and hypertension were 57.4%, 11.4% and 24.4% respectively. Among respondents, 8.0% reported being current cigarette smokers and 13.7% used mouth snuff; 69.8% and 19.6% had < 3 servings of fruits and of vegetables respectively in a week; and 33.5% and 57.8% reported vigorous and moderate physical activity respectively. Tailored interventions on risk factors of NCDs are needed in urban areas in Afghanistan

Evaluation of national tuberculosis surveillance system in Afghanistan

Aighanistan has 2 tuberculosis surveillance systems/ the Natiohal Tuberculosis Control Programme [NTP] and the Health Management Information System [HMIS]. An evaluation of these surveillance systems in January/February 2010 was done to identify their strengths and weaknesses and to formulate recommendations. Attributes of the programmes were evaluated using US Centers for Disease Control and Prevention guidelines. Usefulness and flexibility of the NTP system were good; stability, representativeness and data quality were average. Simplicity, acceptability and timeliness were poor. Reporting delays regularly exceeded 3 months. Positive predictive value and sensitivity were 11% and 70% respectively. The HMIS system was simple, acceptable and stable, with timely reporting. Reporting and feedback were good, as this system has strong government support. Flexibility, data quality and representativeness were average. Positive predictive value and sensitivity were 10% and 68% respectively. No outbreaks were detected by either system. The NTP and HMIS surveillance systems are duplicative and neither covers the private sector