Early Detection of Pesticide-Induced Neurological Disorders Using Biomarkers

Abstract

This study probes whether select biochemical signals can warn clinicians about pesticide-linked brain injury long before classic symptoms materialize. Researchers aim to pinpoint and then corroborate molecular and cellular signatures that forecast neurotoxicity in its nascent stage. A detailed survey of recent reports, paired with a proposed protocol that couples high-throughput omics platforms and real-time neurophysiological monitoring, underpins the investigation. Initial observations indicate that shifts in certain neurotransmitter pools, key enzyme activities, and specific gene-expression patterns emerge as reliable harbingers. Capturing these changes in real time could allow for swift therapeutic action, curtailing permanent neurological impairment and boosting recovery odds for vulnerable groups such as farmhands.