The term "body-brain interaction" refers to the dynamic and reciprocal communication between the brain and various bodily systems. This concept encompasses the ways in which the brain receives and processes signals from the body, and how it sends instructions back to regulate bodily functions. Body-brain interaction involves both the central and peripheral nervous systems, along with other bodily systems like the endocrine (hormonal) and immune system. It includes all forms of communication where the brain interprets sensory information (such as pain, temperature, touch), emotional states, and internal physiological conditions (like hunger and heart rate). Conversely, it also involves the brain's responses that influence bodily functions, either directly through neural pathways or indirectly through hormonal and autonomic signaling. This interaction is essential for maintaining homeostasis, adapting to external and internal changes, for the perception of pain, and overall health and well-being.
Amadini Genovese, L., Riva, G., Di Lernia, D., Beyond Chronic Pain Exploring Body-Brain Interaction to Understand and Treat Chronic Pain Conditions, <<CYBERPSYCHOLOGY, BEHAVIOR AND SOCIAL NETWORKING>>, N/A; 27 (7): 518-520. [doi:10.1089/cyber.2024.26824.ceu] [https://hdl.handle.net/10807/292461]
Beyond Chronic Pain Exploring Body-Brain Interaction to Understand and Treat Chronic Pain Conditions
Amadini Genovese, Luana;Riva, Giuseppe;Di Lernia, Daniele
2024
Abstract
The term "body-brain interaction" refers to the dynamic and reciprocal communication between the brain and various bodily systems. This concept encompasses the ways in which the brain receives and processes signals from the body, and how it sends instructions back to regulate bodily functions. Body-brain interaction involves both the central and peripheral nervous systems, along with other bodily systems like the endocrine (hormonal) and immune system. It includes all forms of communication where the brain interprets sensory information (such as pain, temperature, touch), emotional states, and internal physiological conditions (like hunger and heart rate). Conversely, it also involves the brain's responses that influence bodily functions, either directly through neural pathways or indirectly through hormonal and autonomic signaling. This interaction is essential for maintaining homeostasis, adapting to external and internal changes, for the perception of pain, and overall health and well-being.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.