Pain, especially chronic and neuropathic pain, represents a complex physiological and neurological challenge affecting millions worldwide. Recent scientific endeavours have begun to unravel the intricate molecular and cellular processes that underlie the transition from acute to chronic pain states. This involves a dense interaction between neurotransmitters, receptors, and various ion channels, along with a deeper understanding of neuropathic pathways through mechanisms like peripheral and central sensitization and nerve injuries. However, despite these advances, significant gaps remain in fully elucidating the pathways and effectively treating these pain conditions.This Research Topic aims to compile a comprehensive analysis of the latest research and emerging trends in the molecular mechanisms underlying chronic and neuropathic pain. By focusing on diverse aspects such as inflammatory mediators, genetic and epigenetic influences, and the modulation of pain at both central and peripheral levels, this collection strives to provide a holistic view of the current landscape and foster discussions that could lead to novel therapeutic strategies.To gather further insights into this multi-faceted topic, we welcome articles addressing, but not limited to, the following themes:Detailed molecular dynamics in the transition from acute to chronic painMechanistic insights into neuropathic pain pathwaysInflammatory processes and their molecular underpinnings in pain contextsThe role of genetics and epigenetics in pain perception and chronic pain developmentModulatory roles of central and peripheral systems in pain managementThe impact of psychosocial and environmental factors on pain perceptionContributions of neuroplasticity and memory processes in chronic painEmerging biomarkers for pain assessmentTechnological advancements in pain research methodologiesClinical and translational research efforts bridging molecular insights to pain management practicesDrug discovery and development for neuropathic painSubmissions of original research, reviews, and method papers in these areas are encouraged to enrich our understanding and intervention strategies for chronic pain.
Pain, especially chronic and neuropathic pain, represents a complex physiological and neurological challenge affecting millions worldwide. Recent scientific endeavours have begun to unravel the intricate molecular and cellular processes that underlie the transition from acute to chronic pain states. This involves a dense interaction between neurotransmitters, receptors, and various ion channels, along with a deeper understanding of neuropathic pathways through mechanisms like peripheral and central sensitization and nerve injuries. However, despite these advances, significant gaps remain in fully elucidating the pathways and effectively treating these pain conditions.This Research Topic aims to compile a comprehensive analysis of the latest research and emerging trends in the molecular mechanisms underlying chronic and neuropathic pain. By focusing on diverse aspects such as inflammatory mediators, genetic and epigenetic influences, and the modulation of pain at both central and peripheral levels, this collection strives to provide a holistic view of the current landscape and foster discussions that could lead to novel therapeutic strategies.To gather further insights into this multi-faceted topic, we welcome articles addressing, but not limited to, the following themes:Detailed molecular dynamics in the transition from acute to chronic painMechanistic insights into neuropathic pain pathwaysInflammatory processes and their molecular underpinnings in pain contextsThe role of genetics and epigenetics in pain perception and chronic pain developmentModulatory roles of central and peripheral systems in pain managementThe impact of psychosocial and environmental factors on pain perceptionContributions of neuroplasticity and memory processes in chronic painEmerging biomarkers for pain assessmentTechnological advancements in pain research methodologiesClinical and translational research efforts bridging molecular insights to pain management practicesDrug discovery and development for neuropathic painSubmissions of original research, reviews, and method papers in these areas are encouraged to enrich our understanding and intervention strategies for chronic pain.