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Proliferation‐differentiation schema of murine haemopoietic lineages: a transient response

Abstract. A steady state model of haemopoiesis was derived recently from correlations of lineages (Novak JP & Necas E (1994). Proliferation differentiation pathways of murine haemopoiesis correlation of lineage fluxes. Cell Proliferation, 27, 597). Since the determination of some branching points was based on incomplete knowledge, the proposed schema was not necessarily a unique interpretation of the experimental data. This communication presents a first verification of the model usiing a comparison of calculated characteristics and observed data of post‐radiation recovery (following Necas E & Znojil V (1988) Bone marrow response to single small doses of irradiation: Implications for stem cell functional organization. Exp. Hematol. 16, 871). The measured population and S‐phase fraction of colony‐forming units‐spleen provided the entry variables and the time response of the granulocyte‐macrophage colony‐forming cells and neutrophils was calculated from the parameters of the model and some known kinetic coefficients. Good agreement with experiment is a strong indication that the earlier derived schema of haemopoietic pathways is truly representative of reality.