Abstract

A computer model of the stem cell population is presented. Proliferation control is achieved solely in this model by a feedback, which changes the flow of cells from the g0 state into the g1 phase according to the amount of the DNA synthesizing S phase cells. Behavior of the model was compared with experimental data available about the CFUs (colony-forming units — spleen) cell population. A reasonable agreement between simulation results and experimental data could be obtained provided that some cells do not pass through the G0 state during their cell cycle. Necessity to establish the seeding efficiency of the spleen colony technique arose when experimental CFUs data showing pluripotential stem cells response to hydroxyurea damage were compared with results obtained from the model.

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