ABSTRACT
BACKGROUND Experiencing poor mental health during adolescence predisposes an individual to psychiatric morbid conditions in adulthood. We estimated the prevalence of psychological morbidity and its associated factors, among school-going adolescents in higher secondary schools of urban Puducherry. METHODS We did this cross-sectional study among adolescents studying in classes 11 and 12 from selected schools of urban Puducherry, including one government and three private schools. Study tools used were the General Health Questionnaire-12 and Perceived Stress Scale-10 to assess psychological morbidity and perceived psychological stress in adolescents, respectively. Risk factors in academic, environmental, personal and health-related domains were captured using a structured questionnaire. Study questionnaires were self-administered by the participants in classrooms. Bivariate and multivariate analyses were done to identify risk factors for psychological morbidity. RESULTS Of the 820 adolescents surveyed, the prevalence of psychological morbidity was 25.4% (95% CI 22.4– 28.5). Academic factors such as reporting peer pressure for academic performance and lack of extracurricular activities at school were associated with psychological morbidity. Among health-related factors, adolescents who reported having difficulty in coping with pubertal changes, being worried about their physical appearance, reporting substance abuse and experiencing sleep disturbances had greater chances of having screened with psychological morbidity. Of note, adolescents with psychological stress had 2.5 times higher chances of having psychological morbidity. CONCLUSIONS We estimated that 1 in 4 school-going adolescents in urban Puducherry suffered psychological morbidity. Reducing the academic burden and advocating health promotion through a life skills approach may improve mental wellness in Indian adolescents.
ABSTRACT
Introduction: Knowledge on epidemiology of the disease in the contemporary world will help to develop appropriate strategies to curtail the transmission during an outbreak. This study was carried out during an outbreak of conjunctivitis in selected areas of Puducherry, South India, to assess the attack rate of conjunctivitis, identify factors associated with developing conjunctivitis and calculate household secondary attack rate (HSAR) of conjunctivitis and its correlates. Methodology: During December 2014, a community‑based survey was conducted in a selected urban and rural area in Puducherry, South India. Simple random sampling was used to select primary sampling units and systematic sampling to select households. All individuals in the selected households were studied. A questionnaire was used to obtain data on sociodemographic characteristics, conjunctivitis during September–November, 2014, and number of household contacts who developed conjunctivitis within 7 days of index case. The attack rate and HSAR of conjunctivitis was expressed as percentage. Multivariate logistic regression was used to find factors independently associated with developing conjunctivitis and also 100% HSAR. Results: Of 3193 study participants from 772 households, 509 (15.9%, 95% confidence interval 14.7–17.2%) had an attack of conjunctivitis during the reference period. Of the 772 households, 218 (28.2%) had at least one case of conjunctivitis. Of 218 households, 33 (15.1%) households had 100% HSAR. Lower age, not being unemployed, low socioeconomic status, and residing in rural area were independently associated with developing conjunctivitis. Index case being male and living in a household with ≥5 members were independently associated with 100% HSAR. Conclusion: In the outbreak under study, more than one‑fourth of households had at least one case of conjunctivitis and about one in every six individuals had an attack of conjunctivitis.