Research in Immunology 1991: Vol 142 Index

14 Pages·1991·4.5 MB·English

INDEX OF AUTHORS
AARDEN, L.A. — European Network of Im- and BRAUN-BRETON, C. — Malarial pro-
munology Institute: Immune functions at teases: assignment of function to activity
the molecular level. Summary of Sessions Barpli, R., Ju, L.Y., JENHANI, S., AYED, K.,
AARDEN, L.A. — See PARREN, P.W.H.T. CHAMMAKHI, S. and CHARRON, D. — As-
ABBAS, A.K. — See WILLIAMS, M.E. sociation of type 1 diabetes mellitus with
AcCHA-OrBEA, H. — Limited heterogeneity of the HLA-DQA1*0301 allele in a Tunisian
autoantigens and T cells in autoimmune population
diseases? Barry, P. — See FIALA, M.
AITMAN, T.J. — See Topp, J.A. BARNWELL, J.W. and GALINskI, M.R. — The
ALCAIDE-LORIDAN, C. — See Bono, M.R. adhesion of malaria merozoite proteins to
ANDRADE, Z.A. — Pathogenesis of Chagas’ erythrocytes: a reflection of function? .
disease BEcourRT, C. — See BoiTarp, C.
ANDRIEN, M. — See LAMBERT, M. Beur, C. and Dusois, P. — Evaluation of hu-
ANTOINE, N. — See HEINEN, E. man T-cell response to malaria antigens in
APEL, M. and Berek, C. — Molecular analy- naturally acquired immunity
sis of germinal centre B cells BELL, J. — See McMICHAEL, A.
ARANDA-ANZALDO, A. — A role for CD8* BEREK, C. — See APEL, M.
T lymphocytes in the pathogenesis of AIDS BETz CoRRADIN, S. — See MAUEL, J.
ARANEO, B.A. — See DAynegs, R.A. BIEWENGA, J. — See Soesatyo, M.
ARNHOLDT, A.C.V. and SCHARFSTEIN, J. — BILLIAR, T.R., LANGREHR, J.M., CURRAN,
Immunogenicity of 7rypasonoma cruzy R.D., Ocuoa, J.B., STADLER, J., HaAr-
cysteine proteinase BRECHT, B.G., HOFFMAN, R.A. and SiIm-
ARNOLD, B. — See HAMMERLING, G.J. MONS, R.L. — Two unique aspects of
ATTAayA, M. — See Monaco, J.J. inducible ._N =O synthase in liver cells and
AVRAMEAS, S. — See BAcCALA, R. accessory cells: hepatic damage is
Ayapi, H., MARCHE, P.N., El Gaaiep, A., minimized by hepatocyte ._N=O produc-
Liepe-Gris, C. and CAZENAVE, P.-A. — tion and immunoregulation is mediated by
Organization and structure of wild rabbit macrophage .N=O production
x2 genes: implications for regulation of BogEVE, L.C.M. — See PArrEN, P.W.H.I.
kappa expression BoITARD, C., SEMPE, P., VILLA, M.C., BE-
AyYeED, K. — See BarpI, R. court, C., RICHARD, M.F., Timsit, J. and
BABINET, C. — See KALLENBACH, S. BacH, J.F. — Monoclonal antibodies:
BAcCALA, R., GUILBERT, B., LABROUSSE, H., probes for studying experimental autoim-
AVRAMEAS, S. and Gounon, P. — Visuali- munity in animals
zation of natural autoantibody polyreactivi- BoiTarD, C. — See BAcH, J.-F.
ty by rotary metal-shadowing electron BoNnNEFOY, S. — See MERCEREAU-PUIJALON, O.
microscopy Bono, M.R., ALCAiDE-LORIDAN, C., LETOUZE,
Bacu, J.-F., CAILLAT-ZUCMAN, S., GARCHON, B., Jouin, H., Gosin, S.J.P. and FELLous,
H.-J., Timsit, J. and Boitarp, C. — M. — The recombinant human interferon-y
Mechanisms and significance of HLA receptor is fully functional in a human x
type I diabetes association murine hybrid containing human chromo-
Bacn, J.F. — See Boitarp, C. some 21
BALLs, M. — See CLOTHIER, R.H. BossELoirR, A. — See HEINEN, E.
BARALE, J.-C., LANGSLEY, G., MANGEL, W.F. BOUHAROUN-TAYOUN, H. — See DRUILHE, P.
858 RESEARCH IN IMMUNOLOGY
BRAUN-BRETON, C. — See BARALE, J.-C. CHRISTOPHER, R. — See FIALA, M.
BRENER, Z. — See GAZZINELLI, G. Ciaas, F.H.J. — See ZHANG, J.J.
BRETSCHER, P.A. — The regulatory functions CLAASSEN, E. — Histological organization of
of CD4* and CD8* T-cell subsets in im- the spleen: implications for immune func-
mune class regulation tions in different species
Brey, P.T. — ‘‘The taming of the CLAASSEN, E. — See Brown, A.R.
Anopheles’’ : current trends in malaria vec- CLAASSEN, E. — See Van den E&RTWEGH,
tor research A.J.M.
Brick-GHANNAM, S. — See CHARRON, D. CLAASSEN, E. — See WESTERMANN, J.
Bropsky, F.M. — Intracellular routes for an- CLOTHIER, R.H., RUBEN, L.N., BALLS, M. and
tigen processing and presentation GREENHALGH, L. — Morphological and
Brown, A.R. and CLAASSEN, E. — B lympho- immunological changes in the spleen of
cytes in the spleen: idiotype and anti- Xenopus laevis during metamorphosis .
idiotype antibody-forming cells: qualitative COFFMAN, R.L., CHATELAIN, R., LEAL,
and quantitative aspects of an in situ en- L.M.C.C. and VarKILA, K. — Leishmania
zyme histochemial approach major infection in mice: a model system for
Brown, G.D., NoBUNAGA, T., Morris, D.R. the study of CD4* T-cell subset differen-
and MERuELO, D. — Jn vivo stimulation of tiation
H-2D¢ expression following RadLV infec- CorFMAN, R.L. and MosMann, T.R. — CD4*
tion of thymocytes: increased transcription T-cell subsets: regulation of differentiation
and DNA-binding activity to sequence 5’ of and function
the D® gene Cone, L.A. — See FIALA, M.
Brown, J.H. — See Goraa, J.C. CoRBEAU, P. — See PONCELET, P.
Brown, M.G. — See Monaco, J.J. CorRNALL, R.J. — See Topp, J.A.
BUCHMULLER ROUILLER, Y. — See MAUEL, J. CurRRAN, R.D. — See BILLIAR, T.R.
Burke, S.K. — See WILLIAMS, M.E. DanskA, J.S. — See RUBERTI, G.
CABEZA MECKERT, P. — See LAGUENS, R.P. Davip, P.H. — A malaria divertimento ..
CAILLAT-ZUCMAN, S. — See BAcu, J.-F. Davip, P.H. — See SNeEwin, V.A.
CARREL, S., SALVI, S., GALLAY, P., RAPIN, C. Daynes, R.A., MEIKLE, A.W. and ARANEO,
and SEKALI, R.P. — Positive signal trans- B.A. — Locally active steroid hormones
duction via surface CD4 molecules does not may facilitate compartmentalization of im-
need coexpression of the CD3/TcR com- munity by regulating the types of lym-
plex phokines produced by helper T cells ...
CARTER, R. — See MENDis, K.N. DELARBRE, C. — See GODEAU, F.
CASANOVA, J.-L. — See GobDEAU, F. De.LovitcH, T.L. — See Hapzia, M.
CAZENAVE, P.-A. — See Ayan, H. Devaux, C. — See PONCELET, P.
CeBRA, J.J., SCHRADER, C.E., SHROFF, K.E. DiskstRA, C.D. and KraaL, G. — Non-
and WEINSTEIN, P.D. — Are Peyer’s patch lymphoid cells in the splenic white pulp
germinal centre reactions different from DuykstrRA, C.D. and Van den BeErc, T.K. —
those occurring in other lymphoid tissues ? The follicular dendritic cell: possible
CERBAN, F. — See Gruppl, A. regulatory roles of associated molecules
CHAMBO, J. — See LAGUENS, R.P. DosBasHi, M. — See TERASHIMA, K.
CHAMMAKHI, S. — See Barpi, R. DrapigeR, J.C. — L-arginine-derived nitric
CHANG, T.L. — See WILLIAMS, M.E. oxide and the cell-mediated immune
CHAOUAT, G., KINSKy, R., HOFMANN, R., response
RABOURDIN ComBg, C. and KouriLsky, P. DRUILHE, P. and BOUHAROUN-TAYOUN, N. —
— The in vivo antibody response to han Natural immunities
EGG white lysozyme in H-2°-compatible Dusois, P. — See BEnHR, C.
responder and non-responder mice: is it Dupont, E. — See LAMBERT, M.
regulated by its N-terminal peptide at the EBERSOLE, J.L. and KORNMAN, K.S. — Sys-
level of antigen-presenting cells? temic antibody responses to oral microor-
CHARRON, D., BRICK-GHANNAM, S., RAMIREZ, ganisms in the cynomolgus monkey:
R. and Mooney, N. — HLA class-Il- development of methodology and longitu-
mediated B-lymphocyte activation: signal dinal responses during ligature-induced dis-
transduction and physiologic consequences
CHARRON, D. — See Baropi, R. EckE.Ls, D.D., Geicer, M.J. and Gorski, J. —
CHATELAIN, R. — See CorrMan, R.L. Towards a structural understanding of al-
CHERMANN, J.C. — See PONCcELET, P. loreactivity
Cuo, S. — See Monaco, J.J. El Gaaiep, A. — See Ayapi, H.
INDEX OF AUTHORS
FAIRCHILD, K.D. — See GopEAu, F. Gounon, P. — See BAccaLA, R.
FANDEUR, T. — See MERCEREAU-PUIJALON, O. GRANGER, D.L. — Macrophage production of
FATHMAN, C.G. — See RuBERTI, G. nitrogen oxides in host defence against
FELLous, M. — See Bono, M.R. microorganisms
FIALA, M., Cone, L.A., CHRISTOPHER, R., Gray, D. — Understanding germinal centres
KERMANI, V. and GorNBEIN, J.A. — Hu- GREEN, S.J. — See Nacy, C.A.
man immunodeficiency virus type 1 an- GREENHALGH, L. — See CLOTHIER, R.H.
tigenaemia is enhanced in patients with Gruppl, A., PISTORESI-PALENCIA, M.-C., CER-
disseminaed cytomegalovirus infection and BAN, F. and VotTTerRo-Cima, E. —
deficient T lymphocytes Trypanosoma cruzi exoantigens : can those
FIALA, M., Mosca, J.D., Barry, P., Luciw, recognized by sera from chagasic patients
P.A. and Vinters, H.V. — Miulti-step trigger a protective immune response in
pathogenesis of AIDS — role of mice?
cytomegalovirus GUILBERT, B. — See BAcCALA, R.
FitcH, F.W. — See GAsewskI, T.F. GUILLOTTE, M. — See MERCEREAU-
FowELL, D. — See Powrig, F. PUIJALON, O.
FREEDMAN, A.S. and NADLER, L.M. — Cellu- GysInN, J. — Relevance of the squirrel monkey
lar interactions within the germinal centre as a model for experimental human malaria
Fucus, D. — See WERNER-FELMAYER, G. GysIN, J. — See GARRAUD, O.
FusJISAWA, K. — See NisHimura, Y. GysIN, J. — See Kun, J.
GACHELIN, G. — See GobDEAU, F. Hapziya, M., SempLe, J.W. and DELovitcn,
GAJEWSKI, T.F. and Fitcn, F.W. — Differen- T.L. — Influence of antigen processing on
tial activation of murine TH1 and TH2 thymic T-cell selection
clones HALL, J. — See Topp, J.A.
GALINSKI, M.R. — See BARNWELL, J.W. HAMMERLING, G.J., SCHONRICH, G., Mom-
GALLAY, P. — See CArRREL, S. BURG, F., MALISSEN, M., SCHMITT-
GARCHON, H.-J. — See BAcu, J.-F. VERHULST, A.-M., MALISSEN, B. and
GARRAUD, O., PERRAUT, R. and GysIn, J. — ARNOLD, B. — Distinct mechanisms of
Peripheral blood mononuclear cells in the peripheral tolerance in transgenic mice .
squirrel monkey Saimiri sciureus: explora- HARBRECHT, B.G. — See BILLIAR, T.R.
tion of the IL2/IL2R pathway of T-cell ac- Hausen, A. — See WERNER-FELMAYER, G.
tivation HEARNE, C.M. — See Topp, J.A.
Gaur, A. — See RuBErTI, G. HEINEN, E., TsuNopA, T., MArcory, C., Bos-
GAZZINELLI, G. and BRENER, Z. — Immuno- SELOIR, A., KINET-DENOEL, C., ANTOINE,
logical aspects of the morbidity of human N. and Simar, L.J. — The germinal
Chagas’ disease centre: a monastery or a bar? ........
GAZZINELLI, R.T. — Natural anti-Gal antibod- HEINZEL, F.P. — See LocksLey, R.M.
ies prevent, rather than cause, autoimmu- HESSELBACH, J. — See Kun, J.
nity in human Chagas’ disease Hisss, J.B., Jr — Synthesis of nitric oxide
GEERTS, M.E.J. — See PArREN, P.W.H.I. from L-arginine: a recently discovered
GEIGER, M.J. — See EcxeE ts, D.D. pathway induced by cytokines with an-
GHOsH, S. — See Topp, J.A. titumour and antimicrobial activity ....
Del Giupice, G., Lussow, A.R. and LAMBERT, Hosss, S.H. — See Root-BERNSTEIN, R.S.
P.-H. — Heat shock proteins as ‘‘super’’- HoFMANN, R. — See CHaAouat, G.
carriers for sporozoite peptide vaccines? HorFMAN, R.A. — See BILLIAR, T.R.
GoBIN, S.J.P. — See Bono, M.R. Hotapay, B.J. — See Locks.ey, R.M.
GODEAU, F., CASANOVA, J.-L., FAIRCHILD, Homme. , M. — Steps towards a malaria vac-
K.D., SAuciER, C., DELARBRE, C., CACHE-
LIN, G. and Kouri_sky, P. — Expression HONTEBEYRIE-JOSKOWICZ, M. — Murine
and characterization of recombinant mouse Trypanosoma cruzi infection: a role for
$,-microglobulin type a in insect cells in- TH2 cells in the immunopathology of
fected with recombinant baculoviruses . 409 chronic infection
GOODHARDT, M. — See KALLENBACH, S. HONTEBEYRIE-JOSKOWICZ, M. and Minoprio, P.
Gorpbon, J. — See MacLennan, I.C.M. — Chagas’ disease: 7rypanosoma cruzZi Vs.
GorGa, J.C., Brown, J.H., JARDETzkKy, T., the host immune system
WiLey, D.C. and Srromincer, J.L. — HONTEBEYRIE-JOSKOWICZ, M. — See STAROBI-
Crystallization of HLA-DR antigens . 401 NAS, N.
GORNBEIN, J.A. — See FIALA, M. IMAI, Y. — See TERASHIMA, K.
Gorski, J. — See EckeEts, D.D. JARDETZKY, T. — See Goraa, J.C.
860 RESEARCH IN IMMUNOLOGY
JENHANI, S. — See Barbi, R. LAVERRIERE, A. — See MARCHE, P.N.
JEURISSEN, S.H.M. — Structure and function LEAL, L.M.C.C. — See CorrMan, R.L.
of the chicken spleen LeecH, J. — Plasmodium falciparum cytoad-
JOHNSON, G.D. — See MacLennan, I.C.M. herence
Jouin, H. — See Bono, M.R. LeGuern, C. — See MArcHE, P.N.
Ju, L.Y. — See Baro, R. LEMAIRE, G. — See LEpoivre, M.
KALLENBACH, S., GOODHARDT, M., BABINET, C. LepoivreE, M., RaAppassi, K., Oswa.p, I.,
and RouGEOoN, F. — Mutation of im- TeENU, J.-P. and LEMAIRE, G. — An-
munoglobulin J, splice sites does not af- tiproliferative effects of NO synthase
fect the rearrangement frequency of J, products
segments LeEtTouzE, B. — See Bono, M.R.
KAMIKAWAJI, N. — See NISHIMURA, Y. Levin, M.J. — Molecular mimicry and Cha-
Kast, W.M. — See MEL.IEF, C.J.M. gas’ heart disease: hight anti-R-13 autoan-
KERMANI, V. — See FIALA, M. tibody levels are markers of severe Chagas
KiLBourRN, R.G. — Regulation of nitric oxide heart complaint
biosynthesis LICHTMAN, A.H. — See WiLtiams, M.E.
Kimura, A. — See NISHIMURA, Y. LieBe-Gris, C. — See AyaApi, H.
KinpT, T.J. — See MArcHE, P.N. Liu, Y.-J. — See MacLennan, I.C.M.
KINET-DENOEL, C. — See HEINEN, E.
LIVINGSTONE, A. — See RUBERTI, G.
KiInsky, R. — See CHAouat, G.
LocksLeEY, R.M., HEINZEL, F.P., HoLapay,
KNIGHT, A. — See Topp, J.A.
B.J., Mutua, S.S., REINER, S.L. and
KORNMAN, K.S. — See EBERSOLE, J.L. Sapick, M.D. — Induction of Thl and
Kors, N. — See Sogesatyo, M.
Th2 CD4* subsets during murine Leish-
Kosco, M. — Germinal centres and the im- mania major infection
mune response
LONGACRE, S. — See SNEWIN, V.A.
Kosco, M.H. — Cellular interactions during
Love, J. — See Topp, J.A.
the germinal centre response
Luciw, P.A. — See FIALA, M.
KourILsky, F. — See PONCELET, P.
Lussow, A.R. — See Del Giupice, G.
KourRILsky, P. — See CHAouaT, G.
McALEER, M.A. — See Topp, J.A.
KourRILsky, P. — See GobDEAU, F.
Maccuia, D. — See ROMAGNANI, S.
KRAAL, G. — See Disxstra, C.D.
McDevitt, H. — Ir genes: towards the year
KrRoeseE, F.G.M., SENWEN, H.G. and NIEUWEN-
2000
HUIS, P. — The initiation of germinal
MacLennan, I.C.M., JoHNson, G.D., Liu, Y.-J.
centre reactivity
and Gorpon, J. — The heterogeneity of
Kun, J., HESSELBACH, J., SCHREIBER, M.,
follicular reactions
SCHERF, A., GysIN, J., MATTE!I, D.,
MacLennan, I.C.M. and Liu, Y.-J. — Margi-
PEREIRA da Si_vA, L. and MULLER-HILL, B.
nal zone B cells respond both to polysac-
— Cloning and expression of genomic
charide antigens and protein antigens ..
DNA sequences coding for putative
McKniGuT, A.J. — See Powrig, F.
erythrocyte membrane-associated antigens
McMIcHAEL, A. and BELL, J. — HLA B27: a
of Plasmodium falciparum
disease-associated immune response gene
KwIATKowskI, D. — Cytokines and anti-
MaepbaA, K. — See TERASHIMA, K.
disease immunity to malaria
Maacai, E. — See ROMAGNANI, S.
LaBROUSSE, H. — See BAcCALA, R.
MALISSEN, B. — See HAMMERLING, G.J.
LAGUENS, R.P., CABEZA MECKERT, P. and
CHAMBO, J. — Origin and significance of MALISSEN, M. — See HAMMERLING, G.J.
anti-heart and anti-skeletal muscle autoan- MANGEL, W.F. — See BARALE, J.-C.
tibodies in Chagas’ disease MANNING, M.J. — Histological organization
of the spleen: implications for immune
LAMBERT, M., Van EGGERMOND, M., ANDRIEN,
functions in amphibians
M., Mascart, F., VAMos, E., Dupont, E.
and Van den ELsen, P. — Analysis of the MaArcue, P.N., LAVERRIERE, A., LeGUERN, C.
peripheral T-cell compartment in the MHC and KinptT, T.J. — A gene remnant in the
class II deficiency syndrome rabbit MHC related to HLA-DR«a
LAMBERT, P.-H. — See Del Giupice, G. MARCHE, P.N. — See Ayapi, H.
LAMERS, C.H.J. — See Van MUuISWINKEL, Marcoty, A. — See HEINEN, E.
W.B. MARQUEZ, C. — See PEzzi, L.
LANGREHR, J.M. — See BILLIAR, T.R. MArTINEZ-A., C. — See Pezzi, L.
LANGSLEY, G. — See BARALE, J.-C. MascartT, F. — See LAMBERT, M.
LATHROP, M. — See Topp, J.A. Mason, D. — See Powrig, F.
INDEX OF AUTHORS
Matsuno, K. — Outer PALS as an im- NELSON, B.J. — See Nacy, C.A.
munoproliferative microenvironment ... 342 NIEUWENHUIS, P. — See Kroesge, F.G.M.
Mattel, D. and ScHerFr, A. — Cross-reacting NISHIMURA, Y., KAMIKAWAJI, N., FusisaAwa,
epitopes shared between Plasmodium fal- K., YOSHIZUMI, H., YASUNAMI, M.,
ciparum and its host: the origin of au- KimurA, A. and SAsAzuki, T. — Genetic
toreactive antibodies? ................ control of immune response and disease
Matte!, D. — See Kun, J. susceptibility by the HLA-DOQ gene ....
Mavué., J., Betz Corrapin, S. and Bucu- NosunaGa, T. — See Brown, G.D.
MULLER ROUILLER, Y. — Nitrogen and oxy- OcuHoa, J.B. — See BILLIAR, T.R.
gen metabolites and the killing of OswaLp, I. — See LEpoivre, M.
Leishmania by activated murine macro- Passt, R. and WESTERMANN, J. — The unique
phages role of the spleen and its compartments in
Maziger, D. — Malaria antigens expressed on lymphocyte migration
the surface of infected hepatocytes: a role PasstT, R. — See WESTERMANN, J.
in protective immunity? .............. PARHAM, P. — The pros and cons of poly-
MEIKLE, A.W. — See Daynes, R.A. morphism: a brighter future for cheetahs?
ME .tEF, C.J.M. and Kast, W.M. — T-cell im- PARREN, P.W.H.I., Geerts, M.E.J., Boge,
munotherapy of cancer L.C.M. and AArRpeN, L.A. — Induction
MELTZER, M.S. — See Nacy, C.A. of T-cell proliferation by recombinant
MeENpis, K.N. and Carter, R. — Transmis- mouse and chimeric mouse/human anti-
sion blocking immunity may provide clues CD3 monoclonal antibodies
that antimalarial immunity is largely T- PARRONCHI, P. — See ROMAGNANI, S.
independent PEREIRA da Si_va, L. — See Kun, J.
MERCEREAU-PUIJALON, O., FANDEUR, T., GUIL- PERKINS, M.E. — Approaches to study
LOTTE, M. and Bonneroy, S. — Parasite merozoite invasion of erythrocytes
features impeding malaria immunity: an- PERRAUT, R. — See GARRAUD, O.
tigenic diversity, antigenic variation and PETERLIN, B.M. — Transcriptional regulation
poor immunogenicity of HLA-DRA gene
MERUELO, D. — See Brown, G.D. PETERSON, L. — See Topp, J.A.
MInoprRIO, P. — Chagas’ disease: CDS5 B-cell- Petry, K. and Van Vooruis, W.C. — Anti-
dependent Th2 pathology? gens of Trypanosoma cruzi that mimic
MInoprio, P. — See HONTEBEYRIE-JOSKOWICZ, mammalian nervous tissues: investigations
M. of their role in the autoimmune
Mrnoprio, P. — See STAROBINAS, N. pathophysiology of chronic Chagas’ disease
Momesurc, F. — See HAMMERLING, G.J. Pezzi, L., MARQuEz, C., Torisio, M.L. and
Monaco, J.J., CuHo, S., Attraya, M. and MarTINEz-A., C. — Translocation of alka-
Brown, M.G. — Molecular genetics of the line phosphatase during the activation of B
K end of the murine MHC cells
Mooney, N. — See CHARRON, D. PiccINNi, M.-P. — See ROMAGNANI, S.
Morris, D.R. — See Brown, G.D. PIRMEz, C. — See RIBEIRO-dos-SANTOs, R.
Mosca, J.D. — See FIALA, M. PISTORESI-PALENCIA, M.-C. — See Gruppli, A.
MosMANN, T.R. — Cytokine secretion pheno- Poinas, G. — See PONCELET, P.
types of TH cells: how many subsets, how PONCELET, P., PoinAs, G., CORBEAU, P.,
WE NS io ov cc ccc acwexvacs’ DeEvAUx, C., TUBIANA, N., MUuLoko, N.,
MosMAnn, T.R. — See COFFMAN, R.L. TAMALET, C., CHERMANN, J.C., KOURILSKY,
MULLER-HILL, B. — See Kun, J. F. and Sampo, J. — Surface CD4 densi-
Mutscu, A. — NO synthases: mechanism of ty remains constant on lymphocytes of
activation, identity of NO, and expression HIV-infected patients in the progression of
in human cells disease
Mu.oxo, N. — See PONCELET, P. Powrig, F., Fowe__, D., McKniGuT, A.J. and
MutTnwa, S.S. — See Locks.Ley, R.M. Mason, D. — Lineage relationships and
Nacy, C.A., NELSON, B.J., MELTZER, M.S. functions of CD4* T-cell subsets in the rat
and GREEN, S.J. — Cytokines that regulate Prins, J.B. — See Topp, J.A.
macrophage production of nitrogen oxides RABOURDIN ComBE, C. — See CHAOUAT, G.
and expression of antileishamanial activi- Rappassi, K. — See LeEpoivre, M.
ties RADEMAKERS, L.H.P.M. — Follicular dendrit-
NADLER, L.M. — See FREEDMAN, A.S. ic cells in germinal centre development . 257
NATHAN, C. — A commentary: inducible RAMIREZ, R. — See CHARRON, D.
nitric oxide synthase Rapin, C. — See CARREL, S.
862 RESEARCH IN IMMUNOLOGY
REIBNEGGER, G. — See WERNER-FELMAYER, G. mune response of the rat after in-
REINER, S.L. — See Locks.Ley, R.M. traperitoneal depletion of macrophages by
RIBEIRO-dos-SANTOS, R., PIRMEZ, C. and SAvI- liposome-encapsulated dichloromethylene
No, W. — Role of autoreactive immuno- diphosphanate
logical mechanisms in chagasic carditis . Spits, H. — See de Vrigs, J.E.
RICHARD, M.F. — See Boitarp, C. STADLER, J. — See BILLiAR, T.R.
ROMAGNANI, S., Macai, E., PARRONCHI, P., STAROBINAS, N., Russo, M., MINoprRio, P. and
MaccuiA, D. and Piccinni, M.-P. — HONTEBEYRIE-JOSkowicz, M. — Is TNFa
Regulation of IgE synthesis by CD4~ hu- involved in early susceptibility of T7rypano-
man T-cell subsets soma cruzi-infected C3H/He mice
Romsout, J.H.W.M. — See Van MUISWINKEL, STAROBINAS, N. — See Russo, M.
W.B. STOHLMAN, S.A. — Accessory cells control in-
RONCAROLO, M.-G. — See de Vries, J.E. duction of CD4* T cells with specific ef-
Root-BERNSTEIN, R.S. and Hosss, S.H. — fector function
Homologie between mycoplasma adhesion STROMINGER, J.L. — See Goraa, J.C.
peptide, CD4 and class II MHC proteins: Swain, S.L. — Regulation of the development
a possible mechanism for HIV-mycoplasma of distinct subsets of CD4* T cells ....
synergism in AIDS SZAKAL, A.K. and Tew, J.G. — Significance
ROUGEON, F. — See KALLENBACH, S. of iccosomes in the germinal centre reaction
RuBen, L.N. — See CLorTuier, R.H. TAMALET, C. — See PONCELET, P.
RUBERTI, G., LIVINGSTONE, A., DANSKA, J.S., TARLETON, R.L. — The role of T-cell sub-
Gaur, A. and FATHMAN, C.G. — Analysis populations in experimental Chagas’ dis-
of the ternary complex of antigen, MHC
and T-cell receptor: the influence of the TENU, J.-P. — See LEpoivre, M.
T-cell receptor V8 repertoire on the VB gene TERASHIMA, K., DoBASHI, M., MAEDA, K. and
element usage Imai, Y. — Cellular components involved
Russo, M. and Starosinas, N. — Macro- in the germinal centre reaction
phage activation and resistance to T7rypano- Tew, J.G. — See SZAKAL, A.K.
soma cruzi infection THORBECKE, G.J. — See TsIAcBE, V.K.
Russo, M. — See STARoBINAS, N. TIMENS, W. — The human spleen and the im-
Sapick, M.D. — See LocksLey, R.M. mune system: not just another lymphoid
SALVI, S. — See CARREL, S. organ
SAMPOL, J. — See PONCELET, P. Timsit, J. — See Bacn, J.-F.
SASAZUKI, T. — See NISHIMURA, Y. TimsitT, J. — See Boitarp, C.
SAUCIER, C. — See GODEAU, F. Topp, J.A., AITMAN, T.J., CORNALL, R.J.,
SAVINO, W. — See RIBEIRO-dos-SANTOS, R. GHOSH, S., HALL, J., HEARNE, C.M.,
SCHARFSTEIN, J. — See ARNHOLDT, A.C.V. KNIGHT, A., Love, J., McALEER, M.A.,
ScCHERF, A. — See Kun, J. Prins, J.B., LATHROP, M., PETERSON, L.
SCHERF, A. — See Mattel, D. and Wicker, L. — Genetic analysis of a
SCHMITT-VERHULST, A.-M. — See HAMmeErR- complex, multifactorial disease, autoim-
LING, G.J. mune type | (insulin-dependent) diabetes
SCHONRICH, G. — See HAMMERLING, G.J. Toripio, M.L. — See Pezzi, L.
SCHRADER, C.E. — See Cepsra, J.J. TsIAGBE, V.K. and THORBECKE, G.J. —
Scott, P. — Host and parasite factors Memory B cells and germinal centres ..
regulating the development of CD4* TsuUNODA, T. — See HEINEN, E.
T-cells subsets in experimental cutaneous TUBIANA, N. — See PONCELET, P.
leishmaniasis Vamos, E. — See LAMBERT, M.
SEVEN, H.G. — See Krogse, F.G.M. Van den Bera, T.K. — See Diskstra, C.D.
SEKALY, R.P. — See CArrREL, R.P. Van den EERTWEGH, A.J.M. and CLAAssEN, E.
SEMPE, P. — See BoiTarp, C. — T cells in the spleen: localization,
SEMPLE, J.W. — See Hapzisa, M. cytokine production and cell/cell interac-
SHROFF, K.E. — See Cesra, J.J. tions
SIMAR, L.J. — See HEINEN, E. Van den ELsen, P. — See LAMBERT, M.
Simmons, R.L. — See BILLIAR, T.R. Van EGGERMOND, M. — See LAMBERT, M.
SMINIA, T. — See Sogsatyo, M. Van MUISWINKEL, W.B., LAMErS, C.H.J. and
SNEWIN, V.A., LONGACRE, S. and Davip, P.H. Romsout, J.H.W.M. — Structural and
— Plasmodium vivax: older and wiser? functional aspects of the spleen in bony fish
SoESATYO, M., BIEWENGA, J., van ROOWEN, N., Van Roop, J.J. — See ZHANG, L.
Kors, N. and SmMInia, T. — The in situ im- Van Roolsen, N. — The role of antigens, an-
INDEX OF AUTHORS
tibodies and immune complexes in the func- — Histophysiology of autotransplanted
tional activity of germinal centres 272 splenic tissue
Van RooieEN, N. — The humoral immune WEINSTEIN, P.D. — See CesraA, J.J.
response in the spleen 328 WESTERMANN, J. — See Passt, R.
Van RooiEN, N. — See Sogesatyo, M. WiIcKER, L. — See Topp, J.A.
Van VooruHis, W.C. — See Petry, K. WiLey, D.C. — See Goraa, J.C.
VARKILA, K. — See COFFMAN, R.L. WILLIAMS, M.E., CHANG, T.L., BurKE, S.K.,
VILLA, M.C. — See Boitarp, C. LICHTMAN, A.H. and Aspas, A.K. — Ac-
VINTERS, H.V. — See FIALA, M. tivation of functionally distinct subsets of
VOTTERO-CIMA, E. — See Gruppl, A. CD4* T lymphocytes
De Vrigs, J.E., de WAAL MALEFYT, R., YSSEL, WraITH, D.C. — The use of MHC-binding
H., RoNcaAroLo, M.-G. and Spits, H. — Do peptides in the immunotherapy of autoim-
human TH1 and TH2 CD4* clones exist? mune diseases: a commentary
De WAAL MALEFytT, R. — See de Vries, J.E. YASUNAMI, M. — See NIsSHIMuRA, Y.
WACHTER, H. — See WERNER-FELMAYER, G. YOSHIZUMI, H. — See NISHIMURA, Y.
WERNER, E.R. — See WERNER-FELMAYER, G. YssEL, H. — See de Vrizs, J.E.
WERNER-FELMAYER, G., WERNER, E.R., ZAVALA, F. — The multifactorial character of
Fucus, D., HAUSEN, A., REIBNEGGER, G. the protective immunity induced by immu-
and WacnTER, H. — On multiple forms of nization with sporozoites
NO synthase and their occurrence in human ZHANG, L., van Roop, J.J. and Ciaas, F.H.J.
cells — The T-cell repertoire is not dictated by
WESTERMANN, J., PABsT, R. and CLAASSEN, E. self antigens alone

INDEX OF KEY-WORDS
AIDS, CMV, HIV; ACE, ADC, Pathogene- Thymus, Antigen processing, Insulin,
sis; Times and Trends Selection, Nurse cells
AIDS, HIV, Replication, T lymphocyte, Im- Arginine, Nitric oxide, Immunoregulation,
munosuppression; Clonal anergy, Graft vs. Macrophage; Calcium, Bacteriostasis,
host disease, Experimental immunodefi- Cytostasis; Forum
ciency; Position paper Autoantibody, Epitope, Myosin, Immunoregu-
AIDS, Retinitis, CMV, HIV1, T lymphocyte, lation; Immune complexes, Electron
Antigenaemia; CD4 and CD8 deficiencies, microscopy, Polyreactivity, NaAAb ....
Viraemia, p24 antigen Autoantigen, T lymphocyte, Diabetes, Retrovi-
AIDS, T lymphocyte, CD4, HIV; Phenotyp- rus; Mls locus, MHC, TcR, Oligoclonali-
ing, V1-V2 domains ty, Autoimmune diseases
Alkaline phosphatase, B lymphocyte, Plasmo- Autoimmune disease, Diabetes, MHC; Mouse
cyte, Cytoskeleton; Differentiation, Trans- Autoimmune disease, MHC, T lymphocyte;
location Peptides, EAE, TcR, Immunotherapy ..
Allele DQA1, Diabetes, HLA; Genotyping, Autoimmune disease, T lymphocyte, Thymus,
Tunisia APC, Antigen processing; Insulin, Selec-
Alloreactivity, MHC, T lymphocyte; Recep- tion, Nurse cell
tors, Peptides, Recognition, Interactions Autoimmunity, Chagas’ disease, 7rypanoso-
Allorepertoire, T lymphocyte, HLA; Cytotox- ma cruzi, T lymphocyte, Carditis ;F orum
icity Autoimmunity, MHC mAb, T-cell receptor,
Allotypy, Immunoglobulin, Rabbit, Kappa Diabetes; NOD mouse
chain, Genome; bas mutant, Kappa-2 B lymphocyte, Alkaline phosphatase, Plasmo-
genes, Evolution cyte, Cytoskeleton; Differentiation, Trans-
Antigen presentation, HLA, Immunogenetics, location
Immunosuppression, T lymphocyte; Im- B lymphocyte, HLA, MHC, Transduction;
mune response gene, Disease susceptibility Class II antigens
Antigen processing, MHC, Genome; K end, B lymphocyte, Lymphoid tissue, Germinal
Mouse centre, T lymphocyte, Memory cell, Plas-
Antigen processing, T lymphocyte, Autoim- mocyte; Follicular dendritic cell, Immune
mune disease, Thymus, APC; Insulin, response; Forum
Selection, Nurse cells B lymphocyte, Spleen, T lymphocyte, Im-
Antigenaemia, AIDS, Rettinitis, CMV, HIV1, munogenesis; Histology, Polygenesis,
T lymphocyte; CD4 and CD8 deficiencies, Transplantations; Forum
Viraemia, p24 antigen 8,-microglobulin*, Baculovirus, MHC;
Antigenicity, Immunogenicity, Trypanosoma Mouse, Characterization
cruzi, Exoantigen, Chagas’ disease; Hu- Baculovirus, §8,-microglobulin*, MHC;
moral immunity, Cellular immunity, Mouse, Characterization
Mouse, Experimental infection Cachexia, ZJrypanosoma cruzi, Tumour
Antigenicity, Malaria, Erythrocyte, Plasmodi- necrosis factor, Cytokine, Macrophage;
um falciparum, DNA; Genome, Cloning, Cachectin, Mouse, Mortality, Immuno-
Membrane-associated antigen, Vaccine . genetics
APC, Lysozyme, Peptide, MPC, Macrophage, Carditis, Chagas’ disease, Trypanosoma cru-
Immunoregulation; H-2° mouse, N- zi, T lymphocyte, Autoimmunity ;F orum
terminal peptides, Responder mice CD3, T lymphocyte, IgG, IgM, IgE, Im-
APC, T lymphocyte, Autoimmune disease, munosuppression, TcR; Activation, mAb,
866 RESEARCH IN IMMUNOLOGY
Isotypes, PBMC, Chimeric antibodies, Genome, MHC, Antigen processing; K end,
ADCC, FcR Mouse
CD4, T lymphocyte, AIDS, HIV; Phenotyp- Germinal centre, Lymphoid tissue, T lympho-
ing, V1-V2 domains cyte, B lymphocyte, Memory cell, Plasmo-
CD4, T lymphocyte, TcR, HIV; mAb, IL], [L2 cyte; Follicular dendritic cell, Immune
Chagas’ disease, Antigenicity, Immunogenic- response; Forum
ity, 7rypanosoma cruzi, Exoantigen; Hu- Gingivitis, Periodontitis, IgG, IgM, Porphyro-
moral immunity, Cellular immunity, monas gingivalis; Monkey, Inmunomodu-
Mouse, Experimental infection lation, Thymopoietin, Model
Chagas’ disease, 7rypanosoma cruzi, T lym- H-2, Oncogenesis, Thymocyte, Leukaemia,
phocyte, Autoimmunity, Carditis; Forum MHC, Radiation, DNA; H-2D¢ expres-
Chromosome 21, IFNy, Transfection, Trans- sion, Viral induction
duction; Signal, Antiviral protection, So- HIV, AIDS, Replication, T lymphocyte, Im-
matic cell hybrids, Induction munosuppression; Clonal anergy, Graft vs.
Class II molecule, MHC, Peptide; Vaccina- host disease, Experimental immunodefi-
tion, Antigen processing ciency; Position paper
CMV, AIDS, Retinitis, HIV1, T lymphocyte, HIV1, AIDS, Retinitis, CMV, T lymphocyte,
Antigenaemia; CD4 and CD8 deficiencies, Antigenaemia; CD4 and CD8 deficiencies,
Viraemia, p24 antigen Viraemia, p24 antigen
CMV, HIV, AIDS; ACE, ADC, Pathogene- HIV, CMV, AIDS; ACE, ADC, Pathogene-
sis; Times and Trends sis; Times and Trends
Cytokine, 7rypanosoma cruzi, Tumour necro- HIV, T lymphocyte, CD4, AIDS; Phenotyp-
sis factor, Cachexia, Macrophage; Cachec- ing, V1-V2 domains
tin, Mouse, Mortality, Immunogenetics HIV, T lymphocyte, TcR, CD4; mAb, ILI,
Cytoskeleton, Alkaline phosphatase, B lym- IL2
phocyte, Plasmocyte; Differentiation, HLA, Diabetes, Allele DQA1; Genotyping,
Translocation Tunisia
Diabetes, Autoimmune disease, MHC; Mouse HLA, Diabetes, MHC; Murine models, Man
Diabetes, HLA, Allele DQA1; Genotyping, HLA, Immunogenetics, Immunosuppression,
Tunisia T lymphocyte, Antigen presentation; Im-
Diabetes, HLA, MHC; Murine models, Man mune response gene, Disease susceptibility
Diabetes, MHC mAb, T-cell receptor, Autoim- HLA, MHC, B lymphocyte, Transduction;
munity; NOD mouse Class II antigens
Diabetes, T lymphocyte, Autoantigen, Retrovi- HLA, T lymphocyte, Allorepertoire ;C ytotox-
rus; Mls locus, MHC, TcR, Oligoclonali- icity
ty, Autoimmune diseases HLA, Tumour antigen, T lymphocyte, MHC;
DNA, Malaria, Erythrocyte, Antigenicity, Interleukin-2, Immunotherapy, Cytotoxicity
Plasmodium falciparum; Genome, Clon- HLA B27 gene, MHC, T-cell receptor ;P atho-
ing, Membrane-associated antigen, Vaccine genesis
DNA, Oncogenesis, H-2, Thymocyte, Leukae- HLA-DR, MHC; Class II antigens, Crystals
mia, MHC, Radiation; H-2D*° expression, HLA-DRA, MHC, Lymphocyte, Im-
Viral induction munoregulation ; Class II genes, Transcrip-
Epitope, Autoantibody, Myosin, Immunoregu- tion, Bare lymphocyte syndrom
lation; Immune complexes, Electron HLA-DRa, MHC, Rabbit, Pseudogene; DF
microscopy, Polyreactivity, NaAAb .... fragment, Evolution
Erythrocyte, Malaria, Antigenicity, Plasmodi- IFNy, Chromosome 21, Transfection, Trans-
um falciparum, DNA; Genome, Cloning, duction; Signal, Antiviral protection, So-
Membrane-associated antigen, Vaccine . matic cell hybrids, Induction
Evolution, Genetic variation, Polymorphism, IgE, T lymphocyte, IgG, IgM, Immunosup-
MHC; Cheetah pression, TcR, CD3; Activation, mAb, Iso-
Exoantigen, Antigenicity, Immunogenicity, types, PBMC, Chimeric antibodies,
Trypanosoma cruzi, Chagas’ disease; Hu- ADCC, FcR
moral immunity, Cellular immunity, IgG, Periodontitis, Gingivitis, lgM, Porphyro-
Mouse, Experimental infection monas gingivalis; Monkey, Immunomodu-
Genetic variation, Evolution, Polymorphism, lation, Thymopoietin, Model
MHC; Cheetah IgG, T lymphocyte, IgM, IgE, Immunosup-
Genome, Immunoglobulin, Allotypy, Rabbit, pression, TcR, CD3; Activation, mAb, Iso-
Kappa chain; bas mutant, Kappa-2 genes, types, PBMC, Chimeric antibodies,
Evolution ADCC, FcR