Publication | Closed Access
Immunocompetence in the Lowest Metazoan Phylum: Transplantation Immunity in Sponges
172
Citations
17
References
1979
Year
HistocompatibilityEngineeringImmunologyPathologyTissue TransplantationImmunotherapyGraft SurvivalThird-party GraftsCell TransplantationParasitologyCallyspongia Diffusa FuseXenotransplantationTransplantationKidney TransplantParasitic ProtozoaMedicineProtistHost ResistanceMarine BiotaCell BiologyBiologyPathogenesisMicrobiologyMarine BiologyTransplantation ImmunitySymbiosisGraft Rejection
Isografts of Callyspongia diffusa fuse compatibly, but allografts are invariably incompatible. Extensive polymorphism of cell-surface histocompatibility markers is evident. The histocompatibility barriers range from strong to weak depending on the interclonal combination, but early rejection with conspicous cytotoxic sequelae is typical. Reaction times of first-set, second-set, and third-party grafts indicate highly discriminating transplantation immunity with a specific memory component.
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