RESTRICTED GROWTH CAPACITY OF MULTIPLE SPLEEN GRAFTS
D Metcalf
Abstract
D Metcalf
Abstract
Single 1-day-old C3H spleen grafts in adult splenectomised (AKR X C3H)F1 mice grew to a larger size and contained more lymphoid tissue than grafts in sham-operated mice. In splenectomised hosts, individual spleen grafts attained a progressively smaller size in hosts grafted with 6 and 12 spleen grafts per animal. Thus the total mass of spleen graft tissue in such animals reached a plateau which approximated the weight of the normal spleen in such animals. Similar results were obtained with AKR spleen grafts in AKR mice and with C57BL spleen grafts in (AKR X C57BL) F1 hybrid mice. In sham-operated hosts a similar tendency for a reduction in individual spleen graft size after multiple grafting was also noted. Total spleen mass appears to be under positive regulation by the body but the mechanisms involved are unknown.
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Single 1-day-old C3H spleen grafts in adult splenectomised (AKR X C3H)F1 mice grew to a larger size and contained more lymphoid tissue than grafts in sham-operated mice. In splenectomised hosts, individual spleen grafts attained a progressively smaller size in hosts grafted with 6 and 12 spleen grafts per animal. Thus the total mass of spleen graft tissue in such animals reached a plateau which approximated the weight of the normal spleen in such animals. Similar results were obtained with AKR spleen grafts in AKR mice and with C57BL spleen grafts in (AKR X C57BL) F1 hybrid mice. In sham-operated hosts a similar tendency for a reduction in individual spleen graft size after multiple grafting was also noted. Total spleen mass appears to be under positive regulation by the body but the mechanisms involved are unknown.
Key concepts: Spleen, Biology, Grafting, Pathology, Medicine, Immunology, Chemistry, Organic chemistry