Genetic Basis of Emotional Regulation: Integrative Analysis of Behavioral and Neurobiological Data.

Abstract

Emotional regulation (ER) is the process by which people change their physiology, expressions, and emotional experiences to operate in their daily lives. Deficits in emotion control may be connected to physical and mental health consequences. This review aims to identify genetic variants, understand neurobiological mechanisms, and explore behavioral phenotypes associated with ER. There are essential therapeutic implications from comprehending the genetic basis of ER. It can help with the creation of individualized interventions for people with emotional dysregulation (ED) linked to psychiatric diseases, such as depression and anxiety disorders. In conclusion, the current research presents empirical proof that environmental and genetic factors impact individual variances in ER. Moreover, it's significant to note that shared genetic effects play a role in the relationship between neurobiology, behavior, and ER