Online Video-for your computer or digital device-Visceral Manipulation: Advanced Clinical Applications for Common Gastrointestinal Issues - 3 - Virtual Component - This virtual program will strengthen the participant’s expertise in integrating Barral’s Visceral Manipulation techniques with common gastrointestinal issues as seen in the clinical practice. The focus of this class is the abdominal organs including the pancreas, spleen and kidney. The participants will gain a deeper understanding of each organ including their associated membranes, ligaments, innervation, vascularization, spatial and functional interrelationships, and a deep-dive into organ physiology and common organ pathologies seen in the manual therapy practice.
Online Video-for your computer or digital device-Visceral Manipulation: Advanced Clinical Applications for Common Gastrointestinal Issues - 2 - Virtual Component - This virtual program will strengthen the participant’s expertise in integrating Barral’s Visceral Manipulation techniques with common gastrointestinal issues as seen in the clinical practice. The focus of this class is the abdominal organs including the duodenum, jejunoileum, colon, and rectum. The participants will gain a deeper understanding of each organ including their associated membranes, ligaments, innervation, vascularization, spatial and functional interrelationships, and a deep-dive into organ physiology and common organ pathologies seen in the manual therapy practice.
Online Video-for your computer or digital device-Visceral Manipulation: Advanced Clinical Applications for Common Gastrointestinal Issues - 1 - Virtual Component - This virtual program will strengthen the participant’s expertise in integrating Barral’s Visceral Manipulation techniques with common gastrointestinal issues as seen in the clinical practice. The focus of this class is the abdominal organs including the stomach, liver and gallbladder. The participants will gain a deeper understanding of each organ including their associated membranes, ligaments, innervation, vascularization, spatial and functional interrelationships, and organ-brain connections.