This review examines the role of retrotransposons — mobile genetic elements that can copy and insert themselves throughout the genome — in neurological disorders. The paper explores how retrotransposon activity may influence brain development and contribute to neurological conditions across the lifespan, from early neurodevelopment through aging. While the full text was not available for detailed summary, this type of research may be relevant to understanding the genetic mechanisms underlying conditions like White-Sutton syndrome.