The Negative Long-Term Effects of Teenage Depression

Adolescent depression affects functional performance and visual memory over the next 6 years.
The results of a study, published in the Journal of Affective Disorders, revealed that depression during adolescence has long-term effects and leads to decreased cognitive performance in later years, according to a report by Psypost.
Adolescence is an important and formative period, as children go through significant social and cognitive development, and although depression can be difficult and debilitating at any age, evidence has shown that young adults are more likely to suffer long-term negative effects on the mind and cognition, and even permeate In all aspects of an adolescent’s life, including social and psychosocial disabilities.
Chinese family painting
In the study, titled “The Relationship Between Adolescent Depression State and Cognitive Performance Over the Following Six Years,” a team of researchers from China, led by Xu Wang, used data from the Chinese Family Panel Studies, a longitudinal study that collects data every two years. University of China Medicine, specifically on data from four waves: 2012, 2014, 2016, and 2018.
common variables
In 2012, participants completed tests of depression status, including the immediate and delayed recall test, and numerical reasoning in the 2012 and 2016 waves, while vocabulary and arithmetic were assessed in the 2014 and 2018 waves. Covariates tested included age, gender, educational level, parental age, and parental employment status parents’ educational level, family size, household income, and distribution of urban and rural households.
The results showed that having depression in the first wave was associated with a decline in cognitive performance over the next six years on a myriad of tests including number series, immediate and delayed word recall, vocabulary, and math tests. The results are consistent with previous research indicating that depression causes bias in information processing. It impairs executive performance and visual memory.



