Metabolic surgery is evolving toward procedures that emphasize physiological mechanisms. Emerging Concepts intestinal signaling gut-brain axis bile acid metabolism microbiota interactions Duodenal Transit Bipartition represents

Metabolic surgery has become an important tool in the treatment of type 2 diabetes. Mechanisms Enhanced incretin release Improved insulin sensitivity Reduced hepatic glucose output

Many modern surgical concepts aim to preserve physiological digestion. Principles Maintain pylorus Maintain duodenal passage Avoid excessive malabsorption Duodenal Transit Bipartition follows these principles. Advantages

The incretin effect plays a central role in metabolic surgery. Hormonal Mechanisms After intestinal bypass or bipartition procedures: GLP-1 secretion increases insulin response improves hepatic

Isolated intestinal bipartition represents a unique surgical model. Surgical Indications This approach may be used when gastric surgery is not feasible, such as in cases

Hybrid Duodenal Transit Bipartition integrates endoscopic and laparoscopic techniques. Procedure Components Endoscopic sleeve gastroplasty (ESG) plus duodenoileal or duodenojejunal anastomosis Metabolic Rationale The intestinal component