Neurobiology of Type 2 Diabetes

Neurobiology of Type 2 Diabetes, 1st Edition, offers a scientific analysis of central nervous system involvement in systemic metabolic regulation. This book investigates how central neural pathways influence metabolic functions, disease progression, and therapeutic targets. By focusing on central nervous system activity, the text connects neurobiological mechanisms to systemic physiological conditions across metabolic health and disease states.

The thematic coverage examines neural circuits alongside neuroendocrine regulation active in metabolic control. It systematically addresses glucose homeostasis and insulin resistance from a neurobiological perspective, outlining central control mechanisms. Additionally, the text evaluates the physiological roles played by both the brain-gut axis and neuroinflammation during metabolic dysfunction, detailing how central pathways interact with peripheral metabolic systems.

To support the practical application of mechanistic concepts, the volume presents case studies highlighting clinical decision-making and outcomes. These clinical scenarios offer practice in evaluating central neural contributions to metabolic disorders, assisting readers in analyzing real-world patient data and diagnostic considerations within professional research and healthcare environments.