CSF-Contacting Raphe Nucleus (CsfR) Central Connections In Homeostasis, Anesthesia and Pain
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Discover the pioneering research that unveils the intricate details of the XIII cranial nucleus, also known as the CSF-contacting Raphe nucleus (CsfR). Authored by Si-Yuan Song from Baylor College of Medicine, this comprehensive study examines the unique anatomical and functional characteristics of the CsfR, a recently identified brain nucleus with crucial roles in homeostasis, anesthesia, and pain. Through detailed neural tract tracing techniques, this work offers valuable insights into the CsfR's spatial connections within the central nervous system and its significant impact on various phys...
Discover the pioneering research that unveils the intricate details of the XIII cranial nucleus, also known as the CSF-contacting Raphe nucleus (CsfR). Authored by Si-Yuan Song from Baylor College of Medicine, this comprehensive study examines the unique anatomical and functional characteristics of the CsfR, a recently identified brain nucleus with crucial roles in homeostasis, anesthesia, and pain. Through detailed neural tract tracing techniques, this work offers valuable insights into the CsfR's spatial connections within the central nervous system and its significant impact on various physiological activities. Employing advanced neural pathway tracing, the research precisely maps the central connections of the CsfR, providing essential methodological foundations for future investigations. This book is an indispensable resource for neuroscientists, medical researchers, and practitioners interested in the latest advancements in brain anatomy and its medical implications. It not only establishes a solid foundation for understanding the fundamental functions of this unique nucleus but also encourages further exploration into its potential applications in emotion, cognition, homeostasis, anesthesia, and pain.
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