5 Digestive Tolerance and Stool Output · 5.3 Digestive Tolerance Boundary
5.3 Digestive Tolerance Boundary
Canine Fat-Based Metabolism
This page is structured as definition, control variables, causal chain, observable outputs, and boundary, and serves as a canonical definition node in Canine FBM.
Digestive Tolerance Boundary is a structural node in Canine FBM, not a feeding label.
Digestive tolerance boundary defines the maximal sustainable execution range for canine FBM.
Persistent stool instability is a core boundary signal.
Appetite dysregulation and vomiting signal processing overload.
Activity-tolerance decline often coexists with tolerance overrun.
As input architecture and load conditions change, Digestive Tolerance Boundary shifts long-term scheduling pathways.
When variables converge, Canine FBM is more likely to keep higher fatty-acid contribution, controlled protein energy pressure, and stable body condition.
Inside boundary execution, output volatility gradually converges.
Outside boundary execution, outputs often deteriorate continuously.
Overrun should not be explained as “mandatory adaptation phase.”
Persistent overrun requires stopping execution and tracing variables.