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VIII. EFFECT OF HYPOXIA AND POST‐HYPOXIC POLYCYTHAEMIA (REBOUND) ON MOUSE MARROW AND SPLEEN
19
Citations
8
References
1967
Year
Stem Cell CompartmentBone Marrow FailureHeme HomeostasisIron MetabolismStem Cell MobilizationPhysiologyHematologyHypoxia (Medicine)PathologyStem Cell ResearchCell BiologyIron DeficiencyMedicineCell TransplantationRedox BiologyPrimary HypoxiaHealth Sciences
SUMMARY Quantitative marrow changes, 59 Fe incorporation into erythrocytes and spleen weight variations have been studied in mice during primary hypoxia and rebound. The pattern of the mouse response to hypoxia is similar to that already described in the guinea‐pig. The possible involvement of the lymphocyte in erythropoiesis whether as stem cell or otherwise is suggested by the fact that its accumulation in the marrow seems to be inversely related to erythropoietic activity. The effect of hypoxia on the stem cell compartment is discussed.
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