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Subject index to volume 17
Journal of Immunological Methods, 17' (1977) © Elsevier/North-Holland Biomedical Press
SUBJECT INDEX TO VOLUME 17 Acridine orange stain tests phagocytic-microbiocidal function of human PMN, 241--247 visualizes T-lymphocytes in rosette assay, 279--283 Amino acids, 14C.labelled, in measuring Ig synthesis rate in vitro, 211 --216 Anti-allotype sera of certain specificity are agglutination inhibition-negative, 147--152 Antibodies affinity spectrum vs. antigen mixture obtained by SGIP method, 342--343 determined by TIA on plastic surfaces, 137--140 large amounts produced in guinea pig ascitic fluid, 39--46 Antigens cross-reacting, turbidimetric assay in agarose, 73--79 detected by sensitive PIA method, 47--55 determined by TIA reaction inhibition on plastic surfaces, 140--141 localized simultaneously with lymphoid cells in tissue sections, 217--223 Anti-Ig antibody-coated polyacrylamide beads assay human B cells, 365--371 Anti-tumor antibodies human, 4 different assays compared, 225--239 rat, detected by mixed haemadsorption microassay, 293--307 Aprindine in plasma and tissues determined by RIA, 189--198 Ascitic fluids of guinea pigs as source of antibodies, complement and leukocytes, 39--46 Autoradiography combined with IF detects lymphoid cells and antigens in tissue sections, 217--223 Blood layered over Ficoll--Paque gradients by a simplified method, 373--374 C3 receptors in human kidney detected by IF, 1--6 Cannulation and continuous i.v. infusion of mice simplified, 63--72 Carrageenan precipitin cross-reactions studied by turbidimetry in agarose, 73--79 Condensation patterns of Ag-Ab reactions on plastic surfaces, 134--137 Crocein scarlet, an improved immunodiffusion staining reagent, 379--381 Cytotoxicity assays compared with haemadsorption in detecting anti-tumor antibodies, 225--239 s 1Cr release, visual endpoint and trypan blue dye exclusion compared, 234--238 Dichlorotriazinylaminofluorescein (DTAF), a new IF reagent prepared and characterized, 361--364 Diphtheria toxin antibodies determined by ELISA, 249--256 DNP -coupled RBC in plaque assay for mouse myeloma cells, 101--116 -immune complexes studied by density gradient ultracentrifugation, 263--277 E rosettes distinguished from non-specific E aggregation by fluorochrome staining, 279--283 Electron microscopy (EM) identifies morphologically T- and B-lymphocytes, 91--100 scanning, examines PFC on polylysine-coated coverslips, 329--336 Enzyme-linked immunosorbent assay ELISA for diphtheria toxin antibodies, 249--256
Ficoll--Paque gradient centrifugation, a simple blood layering method, 373--374 Fluorescence of tissue sections in indirect I F restored by restaining, 375--378 Glass-fiber filters bind antigen---antibody complexes, 21--29 Glial fibrillary acidic ( G F A ) protein becomes immunogenic in SDS, 201--209 Haemadsorption compared with cytotoxicity tests in detecting anti-tumor antibodies, 225--239 modified microassay titrates anti-tumor antibodies, 293--307 Haemagglutination inhibition and immunodiffusion tests may yield divergent results, 147--152 Haemolytic plaques assay for myeloma MOPC 315 cells, 101--116 assay on polylysine-coated coverslips for scanning EM of PFC, 329--336 enumerated with a semi-automated counter, 286--289 Horse instead of calf serum used lowers l y m p h o c y t e proliferation in control cultures, 319--327 Human serum albumin determined by RIA, 309--317 Immune complexes characterized by gel filtration and density gradient ultracentrifugation, 263--277 preferentially bound to glass-fiber filters, 21--29 Immune lysis of liposomes inhibited by a lipid antigen, 7--19 Immunodiffusion, an improved staining reagent, 379--381 Immunoelectrophoresis, rocked and crossed, analyzes virus structural proteins, 177--187 Immunofluorescence (IF) combined with autoradiography detects antigens and lymphoid cells in tissue sections, 217--223 detects C3 receptors in human renal glomeruli, 1---6 detects l y m p h o c y t e aUoantigens, 57--61 D T A F as labelling reagent, 361--364 identifies mouse T cells with PNL as surface marker, 119--121 restaining restores fluorescence in faded tissue sections, 375--378 Immunoglobulins cell-surface, determined by a microsphere-Ig technique, 81--89 synthesis by plasma cells in vitro studied with 14C-labelled amino acids, 211--216 192Ir as label in quantitating phagocytosis, 349--359 Leucocyte adherence inhibition LAI, an automated microassay, 153--162 Lipid antigen quantitated by inhibiting liposome immune lysis, 7--19 Lymphocytes antigen-induced proliferation, use of horse serum and mercaptoethanol, 319--327 human B, quantitated with anti-Ig antibody-coated polyacrylamide beads, 365--371 human T, visualized with a fluorochrome in E-rosette assay, 279--283 human T and B, identified morphologically by EM, 91--100 localized simultaneously with antigens in tissue sections, 217--223 mouse T, identified by IF with PNL as marker, 119--121 surface alloantigens detected by IF, 57--61 surface Ig determined in Giemsa-stained preparations, 81--89 Macrophages bacterial ingestion kinetics in vitro, 123--130 from CSH/HeJ mice fail to migrate in vitro, 257--261 uptake of 192Ir particles in vitro, 349--359
SUBJECT INDEX TO VOLUME 17 Acridine orange stain tests phagocytic-microbiocidal function of human PMN, 241--247 visualizes T-lymphocytes in rosette assay, 279--283 Amino acids, 14C.labelled, in measuring Ig synthesis rate in vitro, 211 --216 Anti-allotype sera of certain specificity are agglutination inhibition-negative, 147--152 Antibodies affinity spectrum vs. antigen mixture obtained by SGIP method, 342--343 determined by TIA on plastic surfaces, 137--140 large amounts produced in guinea pig ascitic fluid, 39--46 Antigens cross-reacting, turbidimetric assay in agarose, 73--79 detected by sensitive PIA method, 47--55 determined by TIA reaction inhibition on plastic surfaces, 140--141 localized simultaneously with lymphoid cells in tissue sections, 217--223 Anti-Ig antibody-coated polyacrylamide beads assay human B cells, 365--371 Anti-tumor antibodies human, 4 different assays compared, 225--239 rat, detected by mixed haemadsorption microassay, 293--307 Aprindine in plasma and tissues determined by RIA, 189--198 Ascitic fluids of guinea pigs as source of antibodies, complement and leukocytes, 39--46 Autoradiography combined with IF detects lymphoid cells and antigens in tissue sections, 217--223 Blood layered over Ficoll--Paque gradients by a simplified method, 373--374 C3 receptors in human kidney detected by IF, 1--6 Cannulation and continuous i.v. infusion of mice simplified, 63--72 Carrageenan precipitin cross-reactions studied by turbidimetry in agarose, 73--79 Condensation patterns of Ag-Ab reactions on plastic surfaces, 134--137 Crocein scarlet, an improved immunodiffusion staining reagent, 379--381 Cytotoxicity assays compared with haemadsorption in detecting anti-tumor antibodies, 225--239 s 1Cr release, visual endpoint and trypan blue dye exclusion compared, 234--238 Dichlorotriazinylaminofluorescein (DTAF), a new IF reagent prepared and characterized, 361--364 Diphtheria toxin antibodies determined by ELISA, 249--256 DNP -coupled RBC in plaque assay for mouse myeloma cells, 101--116 -immune complexes studied by density gradient ultracentrifugation, 263--277 E rosettes distinguished from non-specific E aggregation by fluorochrome staining, 279--283 Electron microscopy (EM) identifies morphologically T- and B-lymphocytes, 91--100 scanning, examines PFC on polylysine-coated coverslips, 329--336 Enzyme-linked immunosorbent assay ELISA for diphtheria toxin antibodies, 249--256
Ficoll--Paque gradient centrifugation, a simple blood layering method, 373--374 Fluorescence of tissue sections in indirect I F restored by restaining, 375--378 Glass-fiber filters bind antigen---antibody complexes, 21--29 Glial fibrillary acidic ( G F A ) protein becomes immunogenic in SDS, 201--209 Haemadsorption compared with cytotoxicity tests in detecting anti-tumor antibodies, 225--239 modified microassay titrates anti-tumor antibodies, 293--307 Haemagglutination inhibition and immunodiffusion tests may yield divergent results, 147--152 Haemolytic plaques assay for myeloma MOPC 315 cells, 101--116 assay on polylysine-coated coverslips for scanning EM of PFC, 329--336 enumerated with a semi-automated counter, 286--289 Horse instead of calf serum used lowers l y m p h o c y t e proliferation in control cultures, 319--327 Human serum albumin determined by RIA, 309--317 Immune complexes characterized by gel filtration and density gradient ultracentrifugation, 263--277 preferentially bound to glass-fiber filters, 21--29 Immune lysis of liposomes inhibited by a lipid antigen, 7--19 Immunodiffusion, an improved staining reagent, 379--381 Immunoelectrophoresis, rocked and crossed, analyzes virus structural proteins, 177--187 Immunofluorescence (IF) combined with autoradiography detects antigens and lymphoid cells in tissue sections, 217--223 detects C3 receptors in human renal glomeruli, 1---6 detects l y m p h o c y t e aUoantigens, 57--61 D T A F as labelling reagent, 361--364 identifies mouse T cells with PNL as surface marker, 119--121 restaining restores fluorescence in faded tissue sections, 375--378 Immunoglobulins cell-surface, determined by a microsphere-Ig technique, 81--89 synthesis by plasma cells in vitro studied with 14C-labelled amino acids, 211--216 192Ir as label in quantitating phagocytosis, 349--359 Leucocyte adherence inhibition LAI, an automated microassay, 153--162 Lipid antigen quantitated by inhibiting liposome immune lysis, 7--19 Lymphocytes antigen-induced proliferation, use of horse serum and mercaptoethanol, 319--327 human B, quantitated with anti-Ig antibody-coated polyacrylamide beads, 365--371 human T, visualized with a fluorochrome in E-rosette assay, 279--283 human T and B, identified morphologically by EM, 91--100 localized simultaneously with antigens in tissue sections, 217--223 mouse T, identified by IF with PNL as marker, 119--121 surface alloantigens detected by IF, 57--61 surface Ig determined in Giemsa-stained preparations, 81--89 Macrophages bacterial ingestion kinetics in vitro, 123--130 from CSH/HeJ mice fail to migrate in vitro, 257--261 uptake of 192Ir particles in vitro, 349--359