A Suppressor-Inducer Factor Produced by Burn Trauma-Associated T Cells
Douglas R. Green, Nandi Wang, Heguang Zheng
Abstract
Douglas R. Green, Nandi Wang, Heguang Zheng
Abstract
Six days after a full-thickness scald burn in specific-pathogen free mice, potent suppressive activity was observed in the serum and in supernatants of splenic T cells. The serum activity could be blocked by addition of a monoclonal anti-T suppressor molecule antibody to assay cultures. An examination of the six-day postburn T cell supernatants revealed suppressor inducer T cell (Tsi) activity with a number of characteristics of other Tsi factors described in other systems. These observations further implicate the suppressor T cell pathway in the immunoregulatory sequelae of severe thermal trauma.
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Six days after a full-thickness scald burn in specific-pathogen free mice, potent suppressive activity was observed in the serum and in supernatants of splenic T cells. The serum activity could be blocked by addition of a monoclonal anti-T suppressor molecule antibody to assay cultures. An examination of the six-day postburn T cell supernatants revealed suppressor inducer T cell (Tsi) activity with a number of characteristics of other Tsi factors described in other systems. These observations further implicate the suppressor T cell pathway in the immunoregulatory sequelae of severe thermal trauma.
Key concepts: Inducer, Suppressor, Medicine, Monoclonal antibody, Immunology, Monoclonal, T cell, Molecular biology