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Sileghem, M.R.Saya, R.Ellis, J.Flynn, J.N.Peel, J.E.Williams, D.J.L.[Detection and neutralization of bovine tumor necrosis factor by a monoclonal antibody]Detection and neutralization of bovine tumor necrosis factor by a monoclonal antibody
Conrad, P.A.Baldwin, C.L.Brown, W.C.Sohanpal, B.K.Dolan, T.T.Goddeeris, B.M.Demartini, J.C.Ole-MoiYoi, O.K.[Infection of bovine T cell clones with genotypically distinct Theileria parva parasites and analysis of their cell surface phenotype]Infection of bovine T cell clones with genotypically distinct Theileria parva parasites and analysis of their cell surface phenotype
Conrad, P.A.Ole-MoiYoi, O.K.Baldwin, C.L.Dolan, T.T.O'Callaghan, C.J.Njamunggeh, R.E.G.Grootenhuis, J.G.Stagg, D.A.Leitch, B.L.Young, A.S.[Characterization of buffalo-derived theilerial parasites with monoclonal antibodies and DNA probes]Characterization of buffalo-derived theilerial parasites with monoclonal antibodies and DNA probes
Morrison, W. IvanGoddeeris, M.[The role of the MHC in immunity of cattle to the protozoan parasite Theileria parva]The role of the MHC in immunity of cattle to the protozoan parasite Theileria parva

International Laboratory for Research on Animal Diseases[Do T cells help animals develop immunity to trypanosomiasis]Do T cells help animals develop immunity to trypanosomiasis

Certain crosses of common bean (Phaseolus vulgaris) result in temperature-dependent hybrid weakness associated with a severe root phenotype. This is controlled by the interaction of the root- and shoot-expressed semidominant alleles dosage-dependent lethal 1 (DL1) and DL2, which communicate via l...


Hannah, MAKramer, KMGeffroy, VKopka, JBlair, Matthew W.Erban, AVallejos, C. EduardoHeyer, AGSanders, FETMillner, PAPilbeam, DJ[Hybrid weakness controlled by the dosage-dependent lethal (DL) gene system in common bean (Phaseolus vulgaris) is caused by a shoot-derived inhibitory signal leading to salicylic acid-asociated root death]Hybrid weakness controlled by the dosage-dependent lethal (DL) gene system in common bean (Phaseolus vulgaris) is caused by a shoot-derived inhibitory signal leading to salicylic acid-asociated root death

International Laboratory for Research on Animal Diseases[ILRAD Reports. Volume 4. Number 4. October 1986]ILRAD Reports. Volume 4. Number 4. October 1986

International Laboratory for Research on Animal Diseases[Suppression of the immune system in trypanosomiasis]Suppression of the immune system in trypanosomiasis

International Laboratory for Research on Animal Diseases[ILRAD Reports. Volume 10. Number 2. April 1992]ILRAD Reports. Volume 10. Number 2. April 1992

International Laboratory for Research on Animal Diseases[The mechanisms by which cattle acquire immunity to trypanosomiasis]The mechanisms by which cattle acquire immunity to trypanosomiasis

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