Change Metabolism™ is an organization's capacity to continuously absorb, process, and integrate change — rather than manage it as a sequence of discrete initiatives. The Change Metabolism Model™ is the peer-reviewed framework that explains and diagnoses that capacity. Created by Dr. Behnaz Gholami.
Publications
Peer-reviewed research note on the Change Metabolism Model™
Accepted at the 27th International CINet Conference on continuous innovation, Genoa, 13–15 September 2026. The first peer-reviewed presentation of the five-capability model and the metabolic constraint principle.
Doctoral field study: self-organization and adaptation in agile teams
A field study of twenty-eight agile teams across five countries: how they self-organized, how they learned, and why some genuinely adapted while others performed adaptation without changing at all. This is where the biological framing of organizational adaptation first took shape — a decade before the model was named.
Journal article and interview study
A full journal article developing the model is in preparation, and a formal interview study is proceeding through research-ethics approval during 2026. The framework's development is documented publicly, week by week, in Change Complexity Decoded™.
Where the model sits in the literature
The model is built on named shoulders, and says so. Its absorption architecture stands in the tradition of absorptive-capacity research (Cohen and Levinthal, 1990; Zahra and George, 2002). Its treatment of the organization as a living system descends from open-systems theory (Katz and Kahn, 1966) and Stafford Beer's Viable System Model. Its constraint logic descends from the Sprengel–Liebig law of the minimum through Goldratt's Theory of Constraints. And its Elimination capability draws on the organizational unlearning literature begun by Hedberg (1981). The contribution is the combination: five independently assessable capabilities of change itself — including Elimination, which absorptive capacity has never had — bounded by the weakest, at the level of the organization. A fuller account of how the model differs from adjacent frameworks is on the definitional page.
Provenance
SAP, TD Bank, Enbridge, City of Toronto — across four continents. The pattern the model explains was observed here first.
Twenty-eight agile teams, five countries. The biological framing of organizational adaptation takes shape.
Five capabilities, the metabolic constraint principle, and the Change Metabolism Diagnostic™ as its instrument. Development documented weekly in Change Complexity Decoded™.
Research note accepted at the 27th CINet Conference, Genoa. Journal article and interview study in progress.
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