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Sourcing Satiety Ingredients for Contract Manufacturing: A Practical Guide Formulating across five digestive phases, as covered throughout this series, means sourcing across a correspondingly wide ingredient range — bulking fibers, proteins, viscous fibers, resistant starches, and fermentable prebiotics rarely all come from the same manufacturer. For contract manufacturers building out a satiety-focused product line, that

Satiety Formulation Framework: Building a Multi-Phase Blend for Product Developers Understanding each individual phase is one thing — combining them into a single, coherent product is a different exercise. This piece pulls together the previous five posts in this series into a practical satiety formulation framework: what to prioritize, what tends to conflict, and how

Fermentable Fiber Satiety Ingredients: The Colon’s Role in Long-Duration Fullness By four to six hours after a meal, digestion in the small intestine is essentially finished. What arrives in the colon at this point is whatever wasn’t digested upstream — and fermentable fiber satiety ingredients are specifically chosen to still have material available at this

Resistant Starch Satiety Ingredients: Extending Fullness to the Two-Hour Mark Two hours after a meal, most of what’s going to be digested and absorbed in the small intestine already has been. What’s left is moving toward the ileum — and resistant starch satiety ingredients are specifically formulated to still be delivering material at this point,

Viscous Fiber Satiety Ingredients: Sustaining Fullness Through the One-Hour Window By the one-hour mark, a meal has moved into the jejunum, and this is generally where gut hormone signaling reaches its highest point for a typical meal. Viscous fiber satiety ingredients are formulated specifically to extend this window — not by triggering a new signal,

Early Satiety Protein Ingredients: Protein, MCT & Fiber at the 30-Minute Mark Roughly thirty minutes into digestion, food reaches the duodenum, and a different set of signals starts. Where the stomach’s satiety mechanism is mechanical, the duodenum’s is chemical — protein and fat exposure trigger hormone secretion directly. Early satiety protein ingredients are built around

Fast-Onset Satiety Ingredients: What Happens in the First 30 Minutes Before any hormone signal reaches the brain, the stomach itself is already sending a message. Fast-onset satiety ingredients work on this first, purely mechanical mechanism — physical volume and stretch — which is why they act faster than anything that depends on digestion or absorption.