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Current Opinion in IMMuNoLmY
Vo16 - No 6 . December 1994
Editors: Frederick Alt (USA) Philippa Marrack (USA) Editorial Board
J-F Bach (France) K Eichmann (Germany) Sir G Nossal (Australia) U Storb (USA) B Benacerraf (USA) H Eisen (USA) V Nussenzweig (USA) T Tada (Japan) B Bloom (USA) T Honjo (Japan) WE Paul (USA) S Tonegawa (USA) JA Bluestone (USA) CA Janeway, Jr (USA) K Rajewsky JJ van Rood (Netherlands) J Cambier (USA) LM Lichtenstein (USA) (Germany) ES Vitetta (USA) MD Cooper (USA) P Matzinger (USA) IM Roitt (UK) J-C Weill (France) A Coutinho (France) F Melchers (Switzerland) RS Schwartz (USA) I Weissman (USA) MM Davis (USA) G Moller (Sweden) RH Schwartz (USA) R Zinkernagel (Switzerland)
JB Natvig (Norway) L Steinman (USA)
Literature Scanners Sarah Parry (coordinator), Paul Donohoe, Catherine Cunningham,
Michael May, Richard Windsor, Gillian de Romear, Tindie Kalsi
In-house Editor: Caroline Howe Production Editor: Sue Charman Managing Editor: David Weedon
Current Biology Ltd, 34-42 Cleveland Street, London WlP 5FB, UK Tel: +44 (0)71 580 8377 Fax: +44 (0)71 580 8428
1 1994 Contents 1
FEBRUARY Innate immunity
Edited by Eric Brown, John P Atkinson and Douglas T Fearon
Antigen recognition Edited by Hans-Georg Rammensee and
John Monaco
APRIL Lymphocyte development Edited by Ada Kruisbeek and
Ursula Storb Immullological techniques
Edited by Tak W Mak
AUGUST Lymphocyte activation and effector functions
Edited by Susan L Swain and Michael Reth Immunityto infkction
Edited by Peter C Doherty and Stefan KaufmaM Immun~iency
Edited by Max D Cooper and Dani P Bolognesi
OCTOBER I j DECEMBER caflcer
Edited by Drew Pardoll Transplantation
Edited by Herman Waldmann and Terry B Strom I
I Edited by Eli E Sercarz and Syamal K Datta
Current Opinion in Immunology
Current Opinion in Immunology (ISBN 1-85922-084-3/ISSN 0952-7915) is published bimonthly by Current Biology Ltd, 34-42 Cleveland Street, London Wl P SFB, UK. Each volume consists of six issues of approximately 150 pages.
London office 34-42 Cleveland Street, London WlP 5FB
Production Editor: Sue Charman Electronic Products: Martin Buckmaster Database: Neelam Shah Subscriptions: Jim Wendel
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Second class postage paid at Rahway NJ. Airfreight and mailing in the USA by Mercury Airfreight International Ltd, 2323 Randolph Avenue, Avenel, New Jersey 07001, USA. US POSTMASTER: send changes of address to Current Opinion in Immunology, c/o Current
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Orders should be placed with a bookseller or subscription agency, or sent to Current Biology Ltd: In the USA: Current Biology Ltd, 20 North Third Street, Philadelphia, PA 19106-2199, USAor call TOLL FREE l-800-552-5866 (in PA 215-574-2266). Injapan: Technomics, Inc., CPO Box 882, Tokyo 100-91, Japan or call 03-3666-2952 or fax 03-3666-2730. Rest of he world: Current Biology Ltd, 34-42 Cleveland Street, London, Wl P 5FB, UK or call (0171-323-0323. Send notices of changes of address to the publisher at least 8 weeks in advance, including both old and new addresses. Cancellations on renewed subscriptions will not be accepted after the first issue
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Current Opinion in Immunology is indexed and/or abstracted by Biosis, Cambridge Scientific Abstracts, CDC LPIES, Chemical Abstracts, CINAHL, Current Awareness in Biological Sciences, Current Contents, Excerpta Medica, Index Medicus/Medline and Reference Update.
Copyright 0 1994 by Current Biology Ltd. No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any electronic or other form without prior permission of the copyright owner. Authorization to photocopy items from this publication for personal or internal use, or for the personal or internal use of specific clients, is granted by Current Biology Ltd on the condition that the copier pay the Copyright Clearance Center Inc. (CCC) the base fee of $1 .OO per journal page per copy. This consent does not extend to multiple copying for promotional purposes. Payment should include the fee code ISSN 0952-791 S/94, $1 .OO per journal page per copy and should be made directly to CCC, 27 Congress Street, Salem, MA 01970, USA. For all other use, permission should
be sought directly from Current Biology Ltd.
Printed in the UK by Bell and Bain Ltd, Glasgow. This journal is printed on acid-free paper.
Advertising is accepted in Current Opinion in Immunology. For further information regarding advertising in this journal, including rate cards, specifications etc., contact the London or Philadelphia office as above.
Whilst every effort IS made by the publishers and editorial board to ICC that no maccuntr or nnslradmg data. O~MIOII or stat~nwnt appear m thn journal. they wsh to
make it clear that the data ad opmonr appearmg xn the nrhcla and advertncn~ruts herem are the rcspowbdrty of the contnbutor or advertlacr concrrncd. Accordingly,
the publishers, the edmrial bard and se&m editon and their respective anployrcs, oficen and agwts nccrpt no Inbdlty whatsoever for the consqurnccr of any such
maccurate or misleading data, opinion or statnmnt. Whdst every effort IS made to enwre that drug dam and other quantmrs are prcscntcd accurately. readers are advised
that new methods and techniques mvoltir~g drug usage, and dmcribcd in this journal. should only be followed III conJunction with the drug nnnufactureri own pubhshed
htwatwe.
Current Opinion in Immunology Aims and organization
The Current Opinion journals were developed out of the recognition that it is increasingly difficult for specialists to keep up to date with the expanding volume of information pub- lished in their subject. Current Opinion in Immunology aims to help the reader by providing in a systematic manner:
(1) the views of experts on current advances in immunol- ogy in a clear and readable form,
(2) selections annotated by experts of the most interesting papers from the great wealth of original publications, and
(3) comprehensive bibliographic listings from the major journals for the subject.
Division of the subject into sections The subject of immunology is divided into a number of ma- jor sections and each of these sections is reviewed once a year. Each issue contains two of the major sections, and these are listed on the title page (e.g. innate immunity and anti- gen recognition). Each section is reviewed by leading author- ities who are asked to write reviews and to select those pa- pers which, in their opinion, were of particular interest. The amount of space devoted to each section is related to its im- portance and the volume of original publishing in the field.
ing workers in the relevant fields on each topic that they have selected.
Reviews and reviewers Reviewers write short review articles in which they present developments in their subject, emphasizing those aspects which in their opinion are of the greatest importance. In ad- dition, they select and provide short annotations of the pa- pers that they consider of the greatest interest tiom all those published in their subject over the previous year. This selected bibliography is printed at the end of each review. Any paper chosen by a reviewer as being ‘of special interest’ or ‘of out- standing interest’ is clearly identified. The bibliographic information used as the basis of these re- views covers all the relevant literature entered into the pub- lisher’s database during a specified one-year period. (Scanning generally lags behind the date of publication of the paper by between one and three months.) In addition, reviewers com- monly add papers published later than this period as well as papers in press and, occasionally, very recent personal com- munications.
Overview The section editor writes a short overview at the beginning of the section to introduce the reviews and to draw the reader’s
Scanning the literature The Editorial Board of the journal seizct and continually up- date the list ofjournals which publish papers relevant to im- munology (the complete list is printed at the back of each is- sue). The contents pages of these primary journals are scanned by specialists in the field and every relevant paper is assigned to at least one of the sections. After suitable checking, this bibliographic information is entered into the publisher’s own database and is available to the section editors and reviewers.
Selection of topics to be reviewed Editors for each section, who are major authorities in the field, are appointed by the Editorial Board. They divide their sec- tion into a number of topics, ensuring that the subject is com- prehensively covered and all issues of current importance are
attention to any particularly interesting developments.
Bibliography of the current world literature At the back of each issue a selected bibliography is printed of papers relevant to the sections included in the issue entered into the publisher’s database in the specified one-year period. In addition, the bibliography contains every article selected by reviewers using a variety of bibliographic databases. The bibli- ography is grouped according to topics and listed alphabetically by author within each topic. Any paper chosen by a reviewer as being ‘of special interest’ or ‘of outstanding interest’ is clearly identified. The bibliography is followed by a list of the journals scanned.
Annual index In the last issue of each volume (December) the cumulative
emphasized. Section Editors commission review; from lead- indexes of subjects and authors art: provided.
Other titles published by Current Biology Ltd Chemistry and Biology Current Biology Current Opinion in Biotechnology Current Opinion in Cell Biology Current Opinion in Genetics and Development
Current Opinion in Neurobiology Current Opinion in Structural Biology Macromolecular Structures Structure
Other titles available in the Current Opinion series Anaesthesiology Cardiology Gastroenterology General Surgery Hematology Infectious Diseases Lipidology
Nephrology & Hypertension Neurology & Neurosurgery Obstetrics & Gynecology Oncology Ophthalmology Orthopedics
Otolaryngology & Head and Neck Surgery Pediatrics Psychiatry Rheumatolobv Surgical Infections Urology
iv
Richard J Ulevitch and Peter S Tobias
Neil R Bastian and John B Hibbs, Jr
Craig Gerard and Norma P Gerard
Ada Kruisbeek and Ursula Storb
Naomi Rosenberg and Paul W Kincade
Hergen Spits
James Hagman and Rudolf Grosschedl
Jeffrey M Leiden and Craig B Thompson
Che-Leung Law and Edward A Clark
Stephen Desiderio
Ellen V Rothenberg
Craig B Davis and Dan R Littman
Kristin A Hogquist, Stephen C Jameson and
Michael J Bevan
Peter H Krammer, Iris Behrmann,
Peter Daniel, lens Dhein and
Klaus-Michael Debatin
Tak W Mak Editorial overview: The whole is more than the sum of its parts 291
Recognition of endotoxin by cells leading to transmembrane signaling
Assembly and regulation of NADPH oxidase and nitric oxide synthase
The pro-inflammatory seven-transmembrane segment receptors of the leukocyte
Current world literature
Contents 147
Antigen recognition 147
Innate immunity 163
List of journals scanned
Volume 6 - Number 2 - April 1994
Lymphocyte development edited by Ada Kruisbeek and Ursula Storb
Editorial overview 199
B-lineage differentiation in normal and transformed cells and the microenvironment that supports it
Early stages in human and mouse T-cell development
Regulation of gene expression at early stages of B-cell differentiation
203
212
222
Transcriptional regulation of T-cell genes during T-cell development
231
Cell-cell interactions that regulate the development of B-lineage cells
238
The B cell antigen receptor in B-cell development 248
Signaling mechanisms in thymocyte selection 257
Thymocyte lineage commitment: is it instructed or stochastic? 266
The ligand for positive selection of T lymphocytes in the thymus
Regulation of apoptosis in the immune system 279
Immunological techniques edited by Tak W Mak
125
131
140
273
Continued
Eric J Jenkinson and Graham Anderson
Rae SM Yeung, Josef Penninger and
Tak W Mak
Hua Gu
Jianzhu Chen, Yoichi Shinkai,
Faith Young and Frederick W Alt
Martin F Bachmann and Thomas M Kundig
Hideto Kaneshima, Reiko Namikawa and
Joseph M McCune
Sebastian Joyce and Stanley G Nathenson
Fetal thymic organ cultures 293
T-cell development and function in gene-knockout mice 298
Gene targeting and its application to the study of B-cell development
Probing immune functions in RAG-deficient mice
308
313
In vivo versus in vitro assays for assessment of T- and B-cell function
320
Human hematolymphoid cells in SCID mice 327
Erratum: Methods to study peptides associated with MHC class I molecules
334
Current world literature
Contents
Lymphocyte development
Immunological techniques
List of journals scanned
Volume 6 - Number 3 - June 1994
335
335
349
Lymphocyte activation and effector functions
Susan L Swain and Michael Reth
Christopher JG Peaker
Anthony L DeFranco
edited by Susan 1 Swain and Michael Reth
Editorial overview: lymphocytes: the ultimate computers?
Transmembrane signalling by the B-cell antigen receptor
Signaling pathways activated by protein tyrosine phosphorylation in lymphocytes
Bartholomew M Sefton and John A Taddie
Doreen Cantrell
Tassie L Collins, Paul D Kassner,
Barbara E Bierer and Steven J Burakoff
Louis J Picker
Richard J Armitage
Role of tryosine kinases in lymphocyte activation 372
G proteins in lymphocyte signalling 380
Adhesion receptors in lymphocyte activation 385
Control of lymphocyte homing
Tumor necrosis factor receptor superfamily members and their ligands
James P Allison CD2&67 interactions in T-cell activation
355
359
364
394
407
414
Continued
vi
Norman R Kiinman
David Gray
Michael Croft
I Nicholas Crispe
Wendy L Havran and Richard Boismenu
Margaret KT Squier and J John Cohen
Graham Le Gros and Francois Erard
Anne O’Garra and Kenneth Murphy
Susan R Webb and Nicholas RJ Gascoigne
Douglas R Green and David W Scott
Peter C Doherty and Stefan HE Kaufmann
Stefan HE Kaufmann
Melanie K Spriggs
Christine A Biron
Donald E Mosier
Peter C Doherty, Sam Hou and Ralph A Tripp
Liisa K Selin and Raymond M Welsh
Anthony A Nash and NP Sunil-Chandra
Declan j McKeever and W Ivan Morrison
C Kendall Stover
Herman F Staats,
Selection in the expression of functionally distinct B-cell subsets 420
Regulation of immunological memory 425
Activation of naive, memory and effector T cells 431
CD4/CDbnegative T cells with aB antigen receptors 438
Activation and function of +$S T cells 442
Cell-mediated cytotoxic mechanisms 447
Non-cytotoxic, IL-4, IL-5, IL-l 0 producing CDB+ T cells: their activation and effector function
453
Role of cytokines in determining T-lymphocyte function 458
T-cell activation by superantigens 467
Activation-induced apoptosis in lymphocytes 476
List of journals scanned 490
Current world literature
Contents
Lymphocyte activation and effector functions
Volume 6 - Number 4 - August 1994
Immunity to infection edited by Peter C Doherty and Stefan HE Kaufmann
Editorial overview: Novel insights and new models in a time of rapid technological change
Bacterial and protozoa1 infections in genetically disrupted mice
Cytokine and cytokine receptor genes ‘captured’ by viruses
Cytokines in the generation of immune responses to, and resolution of, virus infection
Consequences of secondary or co-infections for immunity
CD8+ T-cell memory to viruses
Specificity and editing by apoptosis of virus-induced cytotoxic T lymphocytes
553
Interactions of the murine gammaherpesvirus with the immune system
560
Immunity to a parasite that transforms T lymphocytes 564
Recombinant vaccine delivery systems and encoded vaccines 568
Mucosal immunity to infection with implications for vaccine 572
491
491
515
518
526
530
539
545
Continued
Raymond J Jackson, development Mariarosaria Marinaro,
lchiro Takahashi, Hiroshi Kiyono and
Jerry R McGhee
Tomas Ganz and Defensins Robert I Lehrer
584
Jorge E Galdn Interactions of bacteria with non-phagocytic cells 590
Max D Cooper and Dani P Bolognesi
Giuseppe Pantaleo and Anthony S Fauci
Terri H Finkel and Nirmal K Banda
Sergio Romagnani and Enrico Maggi
Satoshi Tsukada, David J Rawlings and
Owen N Witte
Warren J Leonard
Jon D Laman, Eric Claassen and
Randolph J Noelle
lmmunodeficiency edited by Max D Cooper and Dani P Bolognesi
Editorial overview 597
Tracking HIV during disease progression 600
Indirect mechanisms of HIV pathogenesis: how does HIV kill T cells?
605
Thl versus Th2 responses in AIDS 616
Role of Bruton’s tyrosine kinase in immunodeficiency 623
The defective gene in X-linked severe combined immunodeficiency 631 encodes a shared interleukin receptor subunit: implications for cytokine pleiotropy and redundancy
lmmunodeficiency due to a faulty interaction between T cells and 636 B cells
List of journals scanned
Current world literature
Contents 645
Immunity to infection 645
lmmunodeficiency 675
Vol 6 - No 5 - October 1994
Patricia E Fast, Guest editorial: Efficacy trials of AIDS vaccines: how science Bonnie J Mathieson and can inform ethics
Alan M Schultz
GP Talwar Guest editorial: Immuno-contraception
644
691
698
Continued
Cancer edited by Drew Pardoll
Drew Pardoll
Maria-Ana Ghetie and Ellen S Vitetta
Joseph C Jurcic and David A Scheinberg
Suzanne Ostrand-Rosenberg
Pramod K Srivastava and Heiichiro Udono
Craig L Slingluff jr, Donald F Hunt and Victor H Engelhard
Suzanne L Topalian
Tzyy-Choou Wu
Terry 6 Strom and Herman Waldmann
Peter Nickerson, Wolfgang Steurer,
Jiirg Steiger, Xinxiao Zheng,
Alan W Steele and Terry B Strom
Anthony Dorling and Robert I Lechler
Haruhito Azuma and Nicholas L Tilney
Herman Waldmann, Stephen Cobbold and
Geoffrey Hale
Vijay K Sharma, Baogui Li,
Ashwani Khanna, Prabodh K Sehajpal and Manikkam Suthanthiran
Alan M Krensky and Carol Clayberger
Vassiliki A Boussiotis, John G Gribben,
Gordon J Freeman and Lee M Nadler
Editorial overview
Recent developments in immunotoxin therapy
Recent developments in the radioimmunotherapy of cancer
Tumor immunotherapy: the tumor cell as an antigen-presenting cell
Heat shock protein-peptide complexes in cancer immunotherapy
Direct analysis of tumor-associated peptide antigens
MHC class II restricted tumor antigens and the role of CD4+ T cells in cancer immunotherapy
Immunology of the human papilloma virus in relation to cancer
Transplantation edited by Terry B Strom and Herman Waldmann
Editorial overview
Cytokines and the Thl/ThZ paradigm in transplantation
Prospects for xenografting
Chronic graft rejection
What can be done to prevent graft versus host disease?
Which way for drug-mediated immunosuppression? 784
The induction of tolerance to alloantigens using HLA-based synthetic peptides
Blockade of the CD28 co-stimulatory pathway: a means to induce tolerance
705
707
715
722
728
733
741
746
755
757
765
770
777
791
797
List of journals scanned 810
Continued
ix
Current world literature
Jan E de Vries
Sergio Romagnani
Hans Yssel, Stephan Fasler,
Jonathan Lamb and Jan E de Vries
Jean S Marshall and John Bienenstock
Maria-Cristina Seminario and Gerald J Gleich
Thomas J Schall and Kevin B Bacon
Eli E Sercarz and Syamal K Datta
Mark J Mamula and Joe Craft
Vincent K Tuohy, Robert B Fritz and Avraham Ben-Nun
Jacques FAP Miller and Richard A Flavell
David V Serreze and Edward H Leiter
Daniel P Gold
Gary G Singer, Ana C Carrera,
Ann Marshak-Rothstein, Carlos Martinez-A and
Abul K Abbas
Ton Logtenberg
Shozo lzui
Constantin Bona and Naomi Rothfield
Contents 811
Cancer 811
Transplantation 824
Vol 6 - No 6 - December 1994
Atopic allergy and other hypersensitivities edited by Jan E de Vries
Editorial overview
Regulation of the development of type 2 T-helper cells in allergy
Induction of non-responsiveness in human allergen-specific type 2 T helper cells
The role of mast cells in inflammatory reactions of the airways, skin and intestine
The role of eosinophils in the pathogenesis of asthma
Chemokines, leukocyte trafficking, and inflammation 865
Autoimmunity edited by Eli E Sercarz and Syamal K Datta
Editorial overview: mechanisms of autoimmunization: perspective from the mid-90’s
The expression of self antigenic determinants: implications for tolerance and autoimmunity
Self-determinants in autoimmune demyelinating disease: changes in T-cell response specificty
T-cell tolerance and autoimmunity in transgenic models of central and peripheral tolerance
Genetic and pathogenic basis of autoimmune diabetes in NOD mice
TCR V gene usage in autoimmunity
Apoptosis, Fas and systemic autoimmunity: the MRL-lpr//lpr model
How unique are pathogenic anti-DNA autoantibody V regions? 921
Autoimmune hemolytic anemia 926
Autoantibodies in scleroderma and tightskin mice 931
835
838
847
853
860
875
882
887
892
900
907
913
Continued
lgal Gery and Autoimmunity in the eye and its regulation 938 J Wayne Streilein
William M Ridgway, Regulation of autoimmune response 946 Howard L Weiner and
C Garrison Fathman
List of journals scanned 958
Current world literature
Contents 959
Atopic allergy and other hypersenitivities 959
Autoimmunity 966
A complete author and subject index to volume 6 appears at the end of this issue
Continued
Abbas AK, 913 Allison JP, 414 Alt FW, 313 Anderson G, 293 Armitage RJ, 407 Atkinson JP, 73 Azuma H, 770 Bachmann MF, 320 Bacon KB, 865 Banda NK, 605 Bastian NR, 131 Behrmann I, 279 Ben-Nun A, 887 Bevan MI, 273 Bienenstock J, 853 Bierer BE, 385 Biron CA, 530 Boismenu R, 442 Bokoch GM, 91 Bolognesi DP, 597 Bona C, 931 Boussiotis VA, 797 Brown E, 73 Burakoff SJ, 385 Cantrell D, 380 Carrera AC, 913 Chen J, 313 Claassen E, 636 Clark EA, 238 Clayberger C, 791 Cobbold S, 777 Cohen JJ, 447 Collins TL, 385 Cooper MD, 597 Craft J, 882 Crispe IN, 438 Croft M, 431 Daniel P, 279 Datta SK, 875 Davis CB, 266 De Vries JE, 847 Defranco AL, 364 DeVries JE, 835 Debatin K-M, 279 Desiderio S, 248 Dhein J, 279 Doherty PC, 5 15 Doherty PC, 545 Dorling A, 765 Downey CP, 113 Engelhard VH, 13 Engelhard VH, 733 Erard F, 453 Falk K, 45 Fasler S, 847 Fast PE, 691 Fathman CC, 946 Fauci AS, 600 Fearon DT, 73 Finkel TH, 605 Flavell R, 892
Cumulative index to authors
Volume 6 - 1994
Freeman GJ, 797 Fritz Rb, 887 GaJdn JE, 590 Canz T, 584 Cascoigne NRJ, 467 Gerard C, 140 Gerard NP, 140 Cery I, 938 Ghetie M-A, 707 Gleich GJ, 860 Gold DP, 907 Gray D, 425 Green DR, 476 Gribben JG, 797 Grosschedl R, 222 Gu H, 308 Hammerling GJ, 32 Hagman J, 222 Hale G, 777 Hammer J, 52 Haufmann SHE, 515 Havran WL, 442 Hibbs JB Jr, 131 Hogquist KA, 273 Hou S, 545 Hunt DF, 733 lzui S, 926 Jackson RI, 572 Jameson SC, 273 Jenkinson EJ, 293 Joyce S, 24 Joyce S, 334 Jurcic JG, 715 Ktindig TM, 320 Kaneshima H, 327 Karjalainen K, 9 Kassner PD, 385 Kaufmann SHE, 5 18 Khanna A, 784 Kiyono H, 572 Klinman NR, 420 Knaus UG, 91 Krammer PH, 279 Krensky AM, 791 Kronenberg M, 64 Kruisbeek A, 199 Laman JO, 636 Lamb J, 847 Law C-L, 238 Le Gros G, 453 Lechler RI, 765 Lehrer RI, 584 Leiden JM, 231 Leiter EH, 900 Leonard WJ, 631 Li B, 784 Lindahl KF, 38 Littman DR, 266 Logtenberg T, 921 Maggi E, 616 Mak TW, 291
Mak TW, 298 Mamula MJ, 882 Marinaro M, 572 Marshak-Rothstein A, 913 Marshall JS, 853 Martinez-A C, 913 Mathieson BJ, 691 McCune JM, 327 McEver RP, 75 McGhee JR, 572 McKeever DJ, 564 Miller J, 57 Miller JFAP, 892 Momburg F, 32 Monaco J, 1 Morrison WI, 564 Mosier DE, 539 Murphy K, 458 Nadler LM, 797 Namikawa R, 327 Nash AA, 560 Nathenson SC, 24 Nathenson SC, 334 Neefjes JJ, 32 Nickerson P, 757 Noelle RJ, 636 O’Garra A, 458 Ostrand-Rosenberg 5, 722 Pantaleo G, 600 Pardoll D, 705 Peaker CJG, 359 Penninger J, 298 Picker LJ, 394 Rotzchke 0, 45 Rammensee H-G, 1 Rawlings DJ, 623 Reth M, 3 Reth M, 355 Ridgway WM, 946 Romagnani S, 616 Romagnani S, 838 Rosenberg N, 203 Rothenberg EV, 257 Rothfield N, 931 Sant AJ, 57 Schall TJ, 865 Scheinberg DA, 715 Schultz AM, 691 Schwartz LB, 91 Scott DW, 476 Sefton BM, 372 Sehajpal PK, 784 Selin LK, 553 Seminario M-C, 860 Sercarz EE, 875 Serreze DZ, 900 Sharma VK, 784 Shinkai Y, 313 Singer CC, 913 Sinigaglia F, 52 Slingluff CL Jr, 733
0 Current Biology Ltd ISSN 0952-7915 xi
xii
Spits H, 212 Spriggs MK, 526 Squier MKT, 447 Srivastava PK, 728 Staats HF, 572 Steele AW, 757 Steiger I, 757 Steurer W, 757 Storb U, 199 Stover CK, 568 Streilein JW, 938 Strom TB, 755 Strom TB, 757 Stroynowski I, 38 Sum-Chandra NP. 560
Suthanthiran M, 784 Swain SL, 355 Taddie IA, 372 Takahashi I, 572 Talwar GP, 698 Thelen M, 106 Thompson CB, 23 1 Tilney NL, 770 Tobias PS, 125 Topalian SL, 741 Tripp RA, 545 Tsukada S, 623 Tuohy VK, 887 Udono H, 728 Ulevitch RJ, 125
Vitetta ES, 707 Waldmann H, 755 Waldmann H, 777 Webb SR, 467 Weiner HL, 946 Weller PF, 85 Welsh RM, 553 Wirthmueller U, 106 Witte ON, 623 Wu T-C, 746 Yeung RSM, 298 Young F, 313 Yssel H, 847 Zheng X, 757
Cumulative index to subjects
Volume 6 1994
ActA, a Listeria monocytogenes protein, function, 593
Actin filaments and associated proteins in cell motility (effector
events), 117-l 20
actin monomer binding proteins, 117, 118
additional actin binding proteins, 119
adenine nucleotides, 118-l 19
capping and severing proteins, 119
spatial localization of microfilament dynamics, 119
Adenine nucleotides, role in actin dynamics, 118-l 19
Adhesion receptors in lymphocyte activation, 385-393
CD2 coreceptor, 389-390
CD4 and CD8 coreceptors, 388-389
integrin coreceptors, 385-388
AIDS
apoptosis, 608-609
mechanisms, 609-611
appearance of non-cytotoxic, ‘ThZ-like’ CD8+ cells, 455
opportunistic infections, 539-541
role of gp39 in T-helper cell activity, 639
Thl versus Th2 responses, 616-622
cytokine factors, 616
involvement of CD4+ Th subsets, 616-618
preferential replication of HIV in ThZ-like cells rather than
induction of a Thl/ThZ switch, 620-621
‘Thl/Th2 switch’ theory in HIV infection, facts and
implications, 618-620
vaccines, efficacy trials, ethics, 691-697
Allergy
and chemokines, 869-870
role of type 2 T helper cells, 838-846
Alloantigens, induction of tolerance using HLA-based synthetic
peptides, 791-796
Allografl rejection
and cytokine programs, 758-759
see also Graft rejection
Anterior chamber associated immune deviation, and prevention
of EAU, 941-942
Anticentromere antibodies in scleroderma, 932-933
Anti-DNA autoantibody(ies)
human pathogenic, 923
murine pathogenic, 921-922
V-regions, structural basis for anti-dsDNA specificity, 922-923
Anti-DNA autoimmunity, transgenic models, 923
Anti-Fc receptor autoantibodies in scleroderma, 933
Antifibrillarin antibodies in scleroderma, 933
Antigen-presenting cells
low affinity TCR binding, 9
tumor cells as, 722-727
see also Tumor cells
Antigen recognition, 1-71
antigen presentation by non-classical class I molecules, 38-44
antigens recognized by @ T cells, 64-71
autoreactivity and T-cell recognition, 42
B cell antigen receptors, 3-8
defining rules for peptide-MHC class II interaction, 52-56
MHC class I molecules, peptides associated, 13-23
methods to study, 24-31
see also Peptides, MHC-associated
MHC class II antigen processing, biology of invariant chain,
57-63
see also Invariant chain
origin, structure and motifs of naturally processed MHC class II ligands, 45-51
peptide selection by MHC-encoded TAP transporters, 32-37
T-cell receptor recognition, 9-l 2
Anti-RNA polymerase in scleroderma, 933
Antitopoisomerase I autoantibodies in scleroderma, 931-932
Apoptosis
activation-induced lymphocyte, 476-487
in immature lymphocytes, 477-478
in mature lymphocytes, 478479
mechanisms, 479482
pre-emptive death signal model, 480-481
receptor ligation signals, 479-480
in transformed lines and hybridomas, 478
two signal:death/survival model, 481-483
types, 477479
in AIDS, 608-609
mechanisms, 609-611 in B cells, 282-284
definition, 913
in EAE, 951-952
Fas and systemic autoimmunity, the MRL-lpr/lpr model,
913-920
in immature B cells, 282
lymphocyte
genetic control, 914
other genes that regulate, 914-915
and other models of autoimmunity, 918
TNF receptor/fas superfamily, 914
and tolerance to self antigens, 913-915
in mature B cells, 282-283
regulation in immune system, 279-289
in T cells, 280-282
regulation of apoptosis in thymocytes, 280-281 of virus-induced cytotoxic T lymphocytes, 553-559
Asthma
and chemokines, 869-870
pathogenesis, role of eosinophils, 860-864
see also Eosinophils
Autoantibodies in scleroderma and tightskin mice, 931-937
Autoimmune B-cell destruction in NOD mice, 903-904
Autoimmune demyelinating disease, self-determinants, 887891
see also Multiple sclerosis
Autoimmune demyelination, antigenic diversity, 887-888
Autoimmune diabetes
the H2g7 MHC haplotype as lddl in NOD mice, 90&901
mechanisms of autoimmune j3 cell destruction in NOD mice,
903-904
in NOD mice, genetic and pathogenic basis, 900-906
Autoimmune hemolytic anemia, 926-930
genetic origin of anti-erythrocyte autoantibodies, 927
0 Current Biology Ltd ISSN 0952-7915 . . .
XIII
xiv Index to subjects
nature of erythrocyte autoantigens, 926-927 role of autoreactive and regulatory T cells, 928
transgenic model, 927-928 Autoimmune response regulation, 946954
altered MHC binding, 950
antigen-induced unresponsiveness, 949-950 apoptosis in EAE, 951-952
cytokines, 950 peripheral tolerance, 950-951
superantigens, 948-949 TCR antagonism, 952
TCR peptide-induced, 947-948
Autoimmunity
amplification, mechanisms that may facilitate, 880-884
caused by Ipr and gld mutations, 915-916
effect of MHC transgenes on development, 895
in the eye, and its regulation, 938-945
mechanisms in MRL-lpr/lpr mice, 916-918 in MRL-lpr/lpr and gld/gld mice, genetic basis, 916 role of cryptic peptides, 882-883
systemic, Fas, and apoptosis, the MRL-lpr/lpr model, 913-920 and T-cell tolerance in transgenic mice, 892-899 TCR transgenes inducing, 895
TCR V gene usage, 907-912 Autoreactivity and T-cell recognition, 42
Azathioprine in immunosuppression, 786
B7-CD28 pathway
induction of antigen-specific unresponsiveness in vitro by interruption, 802-803
in vivo, 803 B7-CD28/CTLA4 family, selective deletion and over-expression of
members, 8OO-f302 B7-CD28/CTLA4 pathway, members, significance, 797-799
6 cell(s) activation, tyrosine protein kinases and phosphatases involved
in, 374
antigen receptors, 3-8
accessory transmembrane proteins, 360-361 in B-cell development, 248-256
complexes, role of protein tyrosine kinases, 251-252
cross-link with other receptors, 5-6
and cytoplasmic tyrosine protein kinases, physical
interactions between, 374-375
internalization, 3-4
and pre-El cell antigen receptor complexes, 250-251
regulation of V(D)J recombination, 248-249
signal transducing components, 374
signal transduction from, 4-5
signalling, 359-360
structure, 372
targets of slg-stimulated tyrosine phosphorylation, 252
transmembrane signalling by, 359-363
tyrosine phosphorylation, 364
variant antigen receptors, 6
apoptosis, 282-284
regulation, 283
development
6 cell antigen receptor in, 248-256 targets of slg-stimulated tyrosine phosphorylation, 252
contribution of individual antigen receptor chains to,
249-250
dissection by flow cytometry, 249
gene targeting technology, 30%312; see also Gene targeting
technology
selection during, 420421
specific defects associated with loss of protein tyrosine
kinase function, XLA and xid, 252-253
differentiation
Ab-MLV lymphoid target cells, 205
Ab-MLV model, 204-205 Ab-MLV transformants as models for Ig-gene rearrangement,
205
active v-abl protein interferes with light chaine gene
rearrangement, 206
B-lineage markers expressed by the transformants, 205
background, 203-211
early stages, regulation of gene expression, 222-230
expression of transcription factors and potential target
genes, 223-224
transformed cell models, 204-205
early, biochemical characteristics of DNA-binding proteins that
regulate transcription, 225-226
early differentiation differentiation stage specific bHLH factors, 226
Ets family transcription factors in early B cells, 224-226
other transcription factors of interest, 226-227
specific activator protein and early B cell factor, 224 early specific genes, promoter and enhancer elements,
223-224 immature, apoptosis, 282 in vivo versus in vitro assays, 320-326
evaluation of responses, 323-324
other special properties of VSV, 324 sensitivity, 324
testing of B cells, 324
lineage development cell-cell interactions regulating, 23a247 homing, 243 324
lineage differentiation, 203-211
cytokines, 207-208 adhesion molecules, 207 hormonal regulation, 207-208
microenvironment, 206-207 IL-7 and B-cell development, 206-207
malignant, regulation of apoptosis, 283-284
mature, apoptosis, 282-283
subsets functionally distinct, selection, 420-424
mature, selective and functional divergence, 421422 and T cells, immunodeficiency due to faulty interaction
between, 636-641
Bacteria, interactions with non-phagocytic cells, 590-595 bacterial entry: subverting the host cell from the outside,
SW-592 high affinity interactions between bacterial ligands and host
receptors: the ‘invasin paradigm’, 590
signaling and subsequent modulation of the host cell
cytoskeleton: the Salmonella paradigm, 591 intracellular survival and intercellular spread: subverting the
host cell from the inside, 592-593 modulation of the endocytic vacuoles, 592-593
modulation of the host-cell cytoskeleton, 593 novel microfilament-independent entry pathway, 592
Index to subjects xv
phase variation and bacterial entry: tuning into the cell
surface, 592 Bacterial and protozoa1 infections in genetically disrupted mice,
51 a525 Bactericidal/permeability-increasing protein and LBP compared,
126 Basic helix loop helix proteins
in early B-cell differentiation, 226
in T-cell development, 231-232 4-1 BB and 4-l BBL, identification in TNFR superfamily, 409-410
Bone marrow, early T-cell progenitors, 2 12-2 14
Bone marrow transplantation, future, and GVHD, 780
Brequinar sodium in immunosuppression, 788
Bruton’s tyrosine kinase
biological factors, 623-624
function, 626-627 involvement in murine immunodeficiency, 625
involvement in X-linked agammaglobulinemia, 624625
role in immunodeficiency, 624-630
subfamily, 624
C5a receptors of the leucocyte, 140-l 45
Cancer, 705-754 direct analysis of tumor-associated peptide antigens, 733-740
heat shock protein-peptide complexes in cancer
immunotherapy, 728-732 immunology of human papilloma virus, 746-754
MHC class II restricted tumor antigens and role of CD4+ T
cells in cancer immunotherapy, 741-745 recent developments in immunotoxin therapy, 707-714
recent developments in radioimmunotherapy, 715-721 tumor immunotherapy, tumor cell as antigen-presenting cell,
722-727 Candidiasis, oral, opportunistic infection in AIDS, 539
CD2 coreceptor in lymphocyte activation, 389-390
CD3 and TCR gene targeting technology, 298-299
CD4 /CD8-negative T cells with up antigen receptors, 438441
differentiation, 439
function and dysfunction, 439-440 heterogeneity, 438-439
repertoire, 439 coreceptor, in lymphocyte activation, 388-389
role in thymocyte lineage commitment, 266-272
T-cell development and function, gene targeting technology,
298-301 CD4+
activation by tumor cells, 723-724
anti-tumor, provide help and immunological memory, 741-742
in cancer immunotherapy, 741-745
conclusions and future studies, 744
demonstrating tumor-specific CD4+ immune responses in
cancer patients, 743-744
induction of tolerance, 742-743
and professional antigen-presenting cells, 742
how do they die?, 607-608 and MHC class II and I antigens in immunity to intracellular
pathogens, 521-522
subsets, APCs for, 431-433
CD8 and activation of B cells to antibody production, 454455
coreceptor, in lymphocyte activation, 388389
development and function, gene targeting technology, 298-301
role in thymocyte lineage commitment, 266272
subsets APCs for, 433
non-cytotoxic, in vitro development, which produce IL-4,
IL-5, IL-lo, 453454
CD8+
memory to viruses, 545-552
antigen persistence and/or clonal burst size, 547-548
immunological memory, 546-547
memory physiology, homeostasis, resting T cells, bystander
effects, 549-550
memory and protection, 546-547
protection and the recall response, 547
virus models, 545-546
and MHC class II and I antigens in immunity to intracellular
pathogens, 521-522
non-cytotoxic ‘ThZ-like’
appearance in AIDS, 455
are they suppressed T ceils or suppressor T cells?, 455
subset development, influence of cytokines, 460
CD10 and BP-l and B-cell lineage development, 238-240 CD19
and B-cell lineage development, 241 /CD21 complex, and B-cell antigen receptor, 360-361
CD22 and B-cell lineage development, 242 B-cell specific transmembrane protein, 360
CD23 and CD21 and B-cell lineage development, 242-243 CD27 and CD27L, identification in TNFR superfamily, 409
CD28 -B7interactions in T-cell activation, co-stimulatory ligands: the
87 family, 416-417
co-stimulatory pathway blockade to induce tolerance, 797-807
functional outcome of CD28/CTLA4 signaling, 799-800
induction of antigen-specific unresponsiveness in vitro and
in vivo by interruption, 802-803 is anergy a permanent state, 803-804
members of the B7CD28/CTLA4 pathway, significance,
797-799 selective deletion and over-expression of members of the
B7CD28/CTLA4 family, 800-802
KTLA4 signaling, functional outcome, 799-800 role in CTLA-4, 416
and T-cell activation in vitro, 414415
in vivo, 415416
CD29-B7 interactions in T-cell activation, 414419 CD30 and CD30L, identification in TNFR superfamily, 409
CD32/FcgammaRllbl, and B-cell antigen receptor, 361
CD34
and B-cell lineage development, 238
and T-cell early development, 212-214
CD38, and B-cell antigen receptor, 361
CD40
and B-cell lineage development, 241-242 and CD40L, identification in TNFR superfamily, 408
and its ligand, gp39, 637 CD44 and B-cell lineage development, 240
CD45 and B-cell antigen receptor, 361
xvi Index to subjects
and B-cell lineage development, 241
CD80 (67/88-l) family and B-cell lineage development, 242 Cell-cell interactions that regulate development of B-lineage cells, 238-247 Chemokines, 865-873
in allergy and asthma, 869-870 branches, two, three, four, or more, 865-866 in leukocyte trafficking, 866867 non-chemotactic properties, 869
Chemokine receptors and ligands, interactions between, 868-869 functional complexes, 868-869 promiscuous, 868 shared, 868 specific, 868 virally encoded, 868
Chondroitin sulfate form of invariant chain, function, Identification, 59-60 Chromatin accessibility in T-cell development, 233-234 Co-infections
consequences for immunity, 539-544 and immunity to HIV, 541-542
Co-stimulation and cytokines, and gene targeting technology in Tcell development and function, 301-302 Common variable immunodeficiency, involvement of gp39-CD40 interaction, 638-639 Contraception, immunological, 698-704
see also Immuno-contraception Corticosteroids in immunosuppression, 786 Cryptic peptides, role in autoimmunity, 882-883 Cryptic T-cell repertoire in multiple sclerosis, 888-889 CTLA-4, CD28’s enigmatic partner, 416 Cyclosporin A in immunosuppression, 786 Cytokinefs)
in autoimmune response regulation, 950 and B-cell lineage differentiation, 207-208 and co-stimulation, and gene targeting technology in T-cell development and function, 301-302 and cytokine receptor genes, implications for virus-host interactions, 527-528 and cytokine receptor genes ‘captured’ by viruses, 526-529 and cytokine receptor negative mice, in vivo function of IFN-gamma and IL-2, 532-533 in determining T-lymphocyte function, 458466 and differentiated T-helper subsets, 460461 eosinophilderived, 86 in generation of immune response to, and resolution of, virus infection, 530-538 in CVHD, engraftment and CVL, 779 in immunity to intracellular pathogens, 522-523 influence on CD8+ T-cell subset development, 460 influence on T helper subset development, 459-460 mast-cell, 94-95 non-cytotoxic, producing CD8+ T cells, activation and function, 453457 pleiotropy and redundancy in X-linked SCID, 631-635 priming of eosinophils in vivo, 87 produced by allergen-reactive CD4+ Th2 ceils, 839 production, regulation by committed, polarized Thl and Th2 populations,
co-stimulators or suppressors?, 461 programs and allograft rejection, 758-759 receptor genes ‘captured’ by viruses, 526-529
receptors induction of tyrosinase phosphorylation, 364 virally encoded, 526-527
in T-cell development, 217 and Thl/ThZ paradigm in transplantation, 757-764
cytokine programs and allograft rejection, 758-759 therapeutic implications, 761 tolerance and role of cytokines, 759-761
transgenes in transgenic mice, 894-895 virally encoded, 526 which are critical for host defense?, 541
Cytoplasmic domains, lg and CD3, and signalling, 376 Cytoplasmic signaling molecules, phosphorylation, 375-376 Cytoplasmic tyrosine protein kinases, and antigen receptors, physical interactions between, 374-375 Cytosol
degradation of antigen, role for LMPs, 35 and ER, fate of peptides, 34-35
Cytotoxic mechanisms, cell-mediated, 447452 Fas, Fas ligand and their families, 447-448 granules and granule exocytosis, 448449 granzymes, 449450 perforin, 450
Cytotoxic T lymphocytes associated antigen, role of CD28, 416 development and preservation, 555 epitopes on human melanoma, 733, 734-735 evaluation of responses, 320-323 memory, deletion of responses after infections with heterologous viruses, 557-558 precursors, memory to viruses, 547, 548-550 specificity of acute anti-viral CTL responses, 553-554 virus-induced
reactivation of memory CTL responses, 555-556 specificity and editing by apoptosis, 553-559
Defensins, 584-589 beta, sources, structures and activities, 585-586 biosynthesis, 586 classical, sources, structures and activities, 584-585 genes, and their regulation, 586-587 insect, sources, structures and activities, 586 mechanisms of action, 587 plant antimicrobial peptides, 587 synthesis, disorders, 587
Deoxyspergualin in immunosuppression, 788 Diabetes, autoimmine, in NOD mice, genetic and pathogenic basis, 900-906 Drug-mediated immunosuppression, 784-790
anti-allograft response, 794, 785 co-stimulatory signals, 785-786 mechanism(s) of action of immunosuppressants, 786-788 T-cell surface proteins, activation and signal transduction, 784-785
Effector T cells activation, 431-437 APCs for CD4+ T-cell subsets, 431-433 APCs for CD8 T-cell subsets, 433 co-stimulatory requirements of T-cell subsets, 433-434 identification, 431
Encoded vaccines and genetic immunization, 569-570
Index to subjects xvii
Endoplasmic reticulum, TAP-mediated peptide transport across,
32-35
Endotoxic shock and TNF-Rl, 523
Endotoxin recognition, 125-l 30
membrane receptors for LPS, 126-l 27
role of serum proteins, 125-l 26
transmembrane signaling mechanisms, 127-l 28
Eosinophils, 85-90
in asthma pathogenesis, 860-864
earlier findings, 860-861
mechanisms of eosinophil activation, 862
mechanisms of eosinophilia, 861-862
treatment, 862-863
cytokine production, 86
function, 87-88
in vivo, cytokine priming, 87
recruitment, 87
structure and contents, 85-86
Erratum, 334
Ethics
aspects of immuno-contraception, 702
women’s movement, 702
and efficacy trials of AIDS vaccines, 691-697
Experimental autoimmune encephalomyelitis
antigen-induced unresponsiveness, 949-950 apoptosis, 95 l-952
myelin antigens to regulate, 946947
selfdeterminants, 887-891
see also Multiple sclerosis
Experimental autoimmune uveoretinitis
immune strategies to prevent, 942
insights into initial stages, 940-941
peptide determinants involved in, 939
prevention by ACAID, 941-942
T cell receptor usage, 940
Eye autoimmunity and its regulation, 938-945
ocular specific antigens, 939
retinal antigens, 939
sequestration of ocular antigens in transgenic mice, 941
type and nature of ocular autoantigens, 939 protective mechanisms, 938-939
Fas
and fas ligand genes, TNF receptor/fas superfamily, 914
and FasL, identification in TNFR superfamily, 408-409
systemic autoimmunity, and apoptosis, the MRL-lpr/lpr model, 913-920
Fc receptor subunits and antigen receptor, interchangeability, 376
Fertility control, vaccines, 698-699
Fetal thymic organ cultures, 293-297
growth factor studies, 294
inhibitors, 295
lymphoid-stromal interactions, 294
manipulation of lymphoid compartment, 295-296
manipulation of stromat compartment, 296
peptide effects in repertoire selection, 294-295
technical considerations, 293
whole thymus lobe cultures, 293-294
FKS06 in immunosuppression, 786
Flow cytometry in dissection of B-cell development, 249
C protein linked receptors of the leucocytes, I 40-145
G proteins in lymphocyte signalting, 380-384
p21 ras function in T cells, 381-382
regulation of p21 ras in T cells, 380-381
Gammaherpesvirus, murine, interactions with immune system,
560-563
Cammaherpesvirus-68, murine, immune response to, 561-562
Gene expression, regulation at early stages of B-cell
differentiation, 222-230
Gene targeting technology, advancement, 308-309
Gene targeting technology and B-cell development, 308-312
gene replacement in B cells, 310
identification of genetic elements controlling tg-gene
rearrangement, 3 10
insights from experiments, 309-310
Gene targeting technology and T-cell development and function, 298-307
CD4 molecules, 300-301
CD8 molecules, 300
co-receptors, 299-301
co-stimulation and cytokines, 301-302
molecules involved in signal transduction and gene
transcription, 302-304
T-cell ontogeny and peripheral effector functions, 298
TCR-CD3 complex, 298-299
Generalised lymphoproliferative disease, autoimmunity caused by
Ipr and gld mutations, 913-916
genetic basis, 916 Giant cell arteritis, TCR V gene repertoires, 909
gp39-CD40 interaction, 637-639
and common variable immunodeficiency, 638-639
gp39 gene and X-linked hyper IgM syndrome, 638
Graft rejection
chronic, 770-776
lesion, 771
pathophysiology, 771-772
prevention and treatment, 772-773
risk factors, 770-771
hyperacute, 765-769
Graft versus host disease
biology, 777-778
and future of BMT, 780
host resistance, 777-778
prevention, 777-783
biology of GVHD, 777-778
building the bridges, 781
clinical issues, 779-780
consolidating of T-cell purging, 780
cytokines in GVHD, engraftment and GVL, 779
early detection of minimal residual disease and relapse, 780
graft versus leukemia effect, 779
prediction of those at risk, 781
resistance to GVH following delayed administration of T
cells after allogeneic BMT, 779
T-cell purging of marrow grafts, 779-780
T-cell subsets mediating acute GVHD, 778
T cell subsets mediating graft rejection, 778-779
why does autoimmunity occur in chronic GVHD, 779
Granules and granule exocytosis, 448
Granzymes, 449.450
GTP-binding proteins
. . . XVIII Index to subjects
and other functions of leukocytes, 101-l 02
roles of Rat and Rho in lymphocyte function, 102
small, role in leukocyte function, 98-105
Heal shock protein-peptide complexes in cancer immunotherapy,
728-732
association of antigenic peptides, 728-729
essential role of macrophages, 730
future research, 731
role in immune response, 728
as therapeutic vaccines, 730-731
Herpesvirus- infection, murine, pathogenesis, 561-562
HIV
co-infections and immunity, 541-542
-infected patients, natural killer cells, 541
infection, ‘Thl/Th2 switch’ theory, facts and implications,
618-620
pathogenesis
does HIV kill the cell it has infected?, 605-606
how do CD4+ T cells die?, 607-608
how does HIV avoid killing the cell it has infected?,
606-607
indirect mechanisms, 605-615
primary infection, immunological and virological events,
600-601
in ThZ-like cells, preferential replication, 620-621
tracking during disease progression, 600-604
advanced stage disease, 602-603
clinically latent period, 601-602
vaccine, efficacy trials, ethics, 691-697 HLA-based synthetic peptides for induction of tolerance to
altoantigens, 791-796
Hormone-dependent cancers, and fertility control vaccines, 702
hu-PBL-SCID mouse
applications, 329
characteristics, 328-329 Human chorionic gonadotropin vaccines
ethical aspects, 702
for immuno-contraception, 699-700
Human papilloma virus immunology in relation to cancer,
746-754
immune response, 746-748
cellular immune responses, 747
humoral immunity, 746-747
other host immune responses, 748
vaccine development, 748-750
other potential vaccines, 750
peptide-based vaccines, 750
prophylactic vaccines, 748-749
prospects, 749-750
therapeutic vaccines, 749
tumor vaccines, 749-750
vector-based vaccines, 749
Hybridomas
and activation-induced apoptosis, 478
T-cell, regulation of apoptosis, 282
Hyperacute rejection, xenografting, 765-769
Immune system, regulation of apoptosis, 279-289
Immuno-contraception, 698-704
application of fertility control vaccines in hormonedependent
cancers, 702
ethical aspects, 702-703
hCC vaccines, clinical trials, 699-700
political aspects, 700-701
special problems raised, 701-702
vaccines, 698-704
clinical trials, 699
preclinical safety studies, 699
women’s movement, 701
lmmunodeficiency
due to a faulty interaction between T cells and Ei cells,
636-64 1
murine, Bruton’s tyrosine kinase involvement, 625
role of Bruton’s tyrosine kinase, 624-630
tmmunoglobulin production, and mast cells, 854-855
immunoglobulin M molecules, mutant, and internalization of
BCRs, 3
immunological memory, see Memory
Immunological techniques, 291-333
Immunosuppression, drug-mediated, 784-790
see also Drug-mediated immunosuppression
Immunotherapy
cancer
heat shock protein-peptide complexes, 728-732
role of CD4+ T lymphocytes, 741-745
of tumors, 722-727
see also Drug-mediated immunosuppession
lmmunotoxin therapy, 707-714
animal models for preclinical evaluation, 709-710
nude mice, 709-710
SCID-HU mice, 710
SCID mice, 709
development of PE-based ITS, 708-709
ITS containing other plant-derived A chains or
ribosomeinactivating proteins, 707-708
monomethoxy-polyethylene glycol-coupled ITS, 708
new ITS containing less immunogenic toxic moieties, 708
new ITS with ricin A chains, 707
progress in clinical trials, 711
vascular leak syndrome, 711
vascular targeting, 71%711
Infections
experiments in KO mice, 518-521
opportunistic, consequences for immunity, 539-544
secondary, consequences for immunity, 539-544
Inflammatory bowel disease, in KO mice, local immune system
and resident intestinal flora, 523-524
Inflammatory processes, role of eosinophils, 869-870
Inflammatory reactions, role of mast cells, 853-859
Innate immunity, 73-l 45
assembly and regulation of NADPH oxidase and nitric oxide
synthase, 131-l 39
eosinophils, 85-90
mast cells, 91-97
mechanisms of leukocyte motility and chemotaxis, 113-l 24
phospholipases and protein kinases during phagocyte
activation, 106-l 12
recognition of endotoxin by cells leading to transmembrane
signaling, 125-l 30
role of small GTP-binding proteins in leukocyte function,
98-105
selectins, 75-84
tnsulindependent diabetes mellitus
Index to subjects xix
genetic and pathogenic basis in NOD mice, 900-906
loci identified, 901-902
polygenic basis, 901-902
lntegrin coreceptors, 385-388 Interferons, expression during virus infection, 531-532
Interferon-gamma, in vivo function, cytokine and cytokine
receptor negative mice, 532-533
lnterleukins, expression during virus infection, 531-532
Interleukin-2, in vivo function, cytokine and cytokine receptor
negative mice, 532-533
lnterleukin-2 receptor gamma-chain and defective gene in
X-linked SCID, 631-635
interleukin-4
in vitro development of non-cytotoxic CD8 subsets producing,
453454
producing CD8+-derived T cells in immune responses, effector
role, 455-456
Interleukin-5
in vitro development of non-cytotoxic CD8 subsets producing,
453-t54 producing CDI+derived T cells in immune responses, effector
role, 455-456
lnterleukin-7 and B-cell development, 206-207
lnterleukin-10
in vitro development of non-cytotoxic CD8 subsets producing,
453-454
producing CD8+derived T cells in immune responses, effector
role, 455-456
lnterleukin-12, expression and function in virus infections,
534-536
Intracellular pathogens, immunity to, 521
CD4+ and CD8+ T cells and MHC class II and I antigens,
521-522
cytokines, 522-523
T-lymphocytes, 521
Invariant chain
analysis of function in vivo, 60
biological activities, 58
chondroitin sulfate form, identification, 59-60
CLIP region, interaction of peptide binding site, 5859
role in antigen presentation, 59
role in trafficking MHC class II molecules, 57-58
lnvasin paradigm, 590
ISCOMS, antigen delivery systems, 579
Lamellar protrusion and leukocyte cell motility, 120
Leukemias, radioimmunotherapy, 717-719
Leukocytes
function
phagocyte NADPH oxidase, 98
role of small GTP-binding proteins, 98-105
motility, cellular functions potentially involved, 113, 114
motility and chemotaxis
actin filaments and associated proteins in cell motility
(effector events), 117-l 20
adhesion and transendothelial migration, 113-l 14
chemotaxis, 113-l 14
early membrane events (sensor and transduction functions),
114-117
lamellar protrusion, 120
mechanisms, adherence to and transmigration across
endothelium, 113, 115
membrane cytoskeletal interactions, 120
molecular motors, myosins, 120
SH3 domains and cytoskeletal regulation, 116-l 17
pro-inflammatory seven-transmembrane segment receptors,
140-l 45
trafficking, and chemokines, 866867
Liposomes as antigen delivery systems, 579
Listeria spp., intracellular parasite, 593
Liver, fetal, early T-cell progenitors, 212-214
LMPs, role in cytosolic degradation of antigen, 35
LPS-binding protein and BPI compared, 126
Lymphadenopathy, autoimmunity, Ipr and gld mutations, 915-918
Lymphocyte(s)
activation
adhesion receptors, 385-393
and effector functions, 355-487
role of tyrosine kinases, 372-379
apoptosis, see Apoptosis, lymphocyte
development, 189-289
extravasation, molecular regulation, 39UOO
function, role of Rat and Rho GTP-binding proteins, 102
homing
control, 394-406
multistep model, 395-396
specificities, microenvironmental control, 401-402
immature, activation-induced apoptosis, 477478
retention in tissue, molecular regulation, 400
signaling pathways activated by tyrosine phosphorylation,
364-371
signalling, C proteins, 380-384
Lymphocytic choriomeningitis virus to assess T-cell function,
320-323
Lymphomas, radioimmunotherapy, 717-719
Lymphoproliferative disease models, apoptosis, Fas and systemic
autoimmunity, 913-920
Mass spectrometric method of MHC-associated peptide study,
26-27
Mast cells, 91-97
activation, clinical indicator, 94
cytokine production, 94-95, 853-854
Fc gamma receptors, function, 854
and immunoglobulin production, 854-855
in inflammatory reactions, 853-859
mediator release, regulation, 856857
nerves and neuropeptides, 855-856
neutral proteases, 91-94
function, 93-94
heterogeneity, 91-92 human, 92
molecular biology, 93
mouse, 91-92
population regulation, 855
predominant granule mediators, 91-92
Melanin protein-induced uveitis, 939-940
Melanoma, cytotoxic T lymphocyte epitopes, 733, 734-735
Memory
differentiation to memory B cells, 425426
is there a separate lineage of memory B cells, 426
long-term maintenance, 4271128
physiology, homeostasis, resting T cells, bystander effects,
549-550
xx Index to subjects
regulation, 425-430
towards a definition of memory T cells, 426
Memory B cells
differentiation, 425426
is there a separate lineage, 426
Memory T cells
activation, 431437
APCs for CD4+ T-cell subsets, 431-433
APCs for CD8 T-cell subsets, 433
co-stimulatory requirements of T-cell subsets, 433-434
identification, 431
migration, 426427
towards a definition, 426
MHC-associated peptides, 13-23, 32-37, 47
complexity and abundance of ‘naturally processed’, 13
identification of peptides that comprise class I restricted
epitopes, 18-l 9
for indurtion of tolerance to alloantigens
class I, 791-793
class II, 793-794
naturally processed, implications for antigen processing on the
basis of sequences, I, 18
role in positive selection of T lymphocytes in thymus, 274-275
structural basis, 14-l 8
peptide length and orientation, 14
side-chain selectivity and binding pockets, 14-l 8
study methods, 24-31
of allele-specific anchors, dominant and auxillary, pool
sequencing method, 25
empirical estimation, 25-26
in vitro peptide-binding assay, 27-28
mass spectrometric method, 26-27
radiochemical method, 24-25
sensitivity of CTLs, 28
MHC class I molecules, structure of peptides associated with,
13-23
MHC class lb molecules, bind peptides, 39-40
MHC class lb proteins, characteristics, 40
MHC class II antigen processing
biology of invariant chain, 57-63
see also Invariant chain
MHC class II binding peptides, 39-40
approaches to analysis, 52-53
naturally processed peptides, 52-53
phage display library, 53
substitution analysis, 52
defining rules, 52-56
role of disease-associated polymorphic residues, 54-55
sequence motifs, 53-54
allele-specific versus promiscuous binding, 53
anchor residues, 53
negative influences of particular amino acid side chains,
53-54
MHC class II ligands, sequences, 46
MHC class II proteins-peptide interaction, defining rules, 52-56
MHC-encoded TAP transporters, and peptide selection, 32-37
MHC natural class II ligands
origin, 45-46
promiscuous ligands, 4748
putative processing motif, 4849
structure, 46
MHC natural class II peptide motifs, 47
MHC, non-classical class I molecules
antigen presentation, 38-44
classical versus non-classical, is there a difference?, 39
evolution, 38
functions, 42
generalized antigen presentation: Qa-2, 41
mouse and human class lb genes, 38-39
specialized antigen presentation: M3, 40-41
tissue distribution, 39
Microspheres as mucosal antigen delivery vehicle, 578
Mizoribine in immunosuppression, 788
Monoclonal antibody therapy, physical characteristics limiting,
715-716
MRL-lpr/lpr and gld disease, immunologic abnormalities,
915-916
MRL-lpr/lpr and gld/gld mice, autoimmunity, genetic basis, 916
MRL-lpr/lpr mice, autoimmunity, mechanisms, 916-918
MRL-lpr/lpr model
apoptosis, Fas and systemic autoimminity, 913-920
autoimmunity caused by Ipr and gld mutations, 915-916
Mucosal antigen delivery systems, alternative, characterization of
immune responses with, 579-581
Mucosal immune system, organization, 572-573
Mucosal immunity, animal models, 573-574
Mucosal immunity to infection with implications for vaccine
development, 572-583
Mucosal vaccine strategies, 574-581
Multiple sclerosis
antigenic diversity in autoimmune demyelination, 887888
determinant spreading and cryptic T-cell repertoire, 888-889
immunodominant peptide determinants, 888
myelin protein determinants, 887-891
‘self’-exposure during remyelination, 889
TCR V gene usage and response to myelin basic protein,
907-908
Muscular dystrophy, TCR V gene repertoires, 910
Myasthenia gravis, TCR V gene repertoires, 909
Mycobacterium avium complex infection, opportunistic infection
in AIDS, 540
Myelin antigens to regulate EAE, 946-947
Myelin-associated glycoprotein (MAC) and multiple sclerosis, 888
Myelin basic protein
in asthma, 860
in multiple sclerosis, 887, 889
TCR V gene usage and response to, 907-908
Myelin oligodendrocyte glycoprotein (MOG) and multiple
sclerosis, 888
Myelin proteolipid protein and multiple sclerosis, 887, 888
Myosins, role in leukocyte motility, 120
NADPH oxidase
assembly, 132
background, 131-132
non-phagocyte, 133-l 34
regulation, 132-l 33
regulation by Rat, 98-99
role in phagocytic leukocytes, 98
Naive T cells
activation, 431-437
APCs for CD4+ T-cell subsets, 431-433
AF’Cs for CD8 T-cell subsets, 433
co-stimulatory requirements of T-cell subsets, 433434
Index to subjects xxi
identification, 431
Natural killer cells
in HIV-infected patients, 541
and T cells, relationship between, 216
Nerve growth factor receptor family in B-cell lineage
development, 241-242
Nerves, neuropeptides, and mast cells, 855-856
Nitric oxide and superoxide biosynthetic pathways, functions and
interactions, 135
Nitric oxide synthase
background, 131-l 32
immune/inflammatory, assembly, 134
isoforms
feedback inhbition by NO, 134
regulation, 134
Non-obese diabetic mice, autoimmune diabetes, genetic and
pathogenic basis, 900-906
see also Autoimmune diabetes
Ocular antigens, sequestration, in transgenic mice, 941
Ocular autoantigens, type and nature, 939
Ocular immunosuppressive microenvironment, 941
Ocular specific antigens, 939
Open reading frames, viral, encoding cytokines or cytokine
receptor genes, 526 OX40 and OX4OL, identification in TNFR superfamily, 410
p2 1 ras
function in T cells, 381-382
regulation in T cells, 380-381
Peptidefs)
-binding assay, class I MHC molecules, 27-28
cryptic, role in autoimmunity, 882-883
determinants
do different APCs display different determinants, 884-885
immunodominant, in multiple sclerosis, 888
involved in EAU, 939
role of invariant chain, 884
fate in cytosol and ER, 34-35
naturally occurring, comprehensive listing, 15-l 7
role in positive selection of T lymphocytes in thymus, 275
selection in antigen presentation, three levels, 35
selection by MHC-encoded TAP transporters, 32-37
indirect evidence for peptide translocation by TAP, 32-33
TAP1 and TAP2 are ABC transporters, 32
TAP independent antigen presentation, 33
self-reactive T-cells, fate, deletion, anergy or suppression,
893-894
tested for binding to H-2M3, 41
translocation, microsomal systems for, 33
vaccination of allergic patients, 849850
see also MHC
Perforin, role in cytolysis, 450
Peripheral tolerance and autoimmune response, 950-951
Phagocyte activation, role of phospholipases and protein kinases,
106-112
Phagocytic leukocytes, function, role of small CTP-binding
proteins, 98-l 05
Phosphoinositide signaling pathway of B and T cells, 366-367
Phospholipases, A2, C, D, during phagocyte activation, 106-l 07
Pneumocystis carinii infection, opportunistic infection in AIDS,
540-541
Polymorphic residues, disease-associated, and MHC class II
peptide binding, 54-55
Pool sequencing analysis of MHC class II ligands, 47, 4849
Pool sequencing method of MHC-associated peptide study, 25
Proteasome subunits LMP2 and LMP7, role in cytosolic
degradation, 35
Protein kinases, role in phagocyte activation, 107-l 09
Protein tyrosine kinases
implicated in signaling through B cell receptor complexes,
251-252
and inhibition of BCRs, 3
loss of function, specific B cell developmental defects
associated with, XLA and xid, 252-253
Protozoa1 and bacterial infections in genetically disrupted mice,
518-52.5
Psoriasis, TCR V gene repertoires, 910
Kac CTP binding protein
action, post-translational modifications, 99-100
function is regulated by interactions with [RholGDI, 100
and NADPH oxidase regulation, 98-99
and oxidant production in other immune cells, 100-l 01
role in leukocyte function, 98-l 05
translocates to plasma membrane during phagocyte activation,
99
Radiochemical method of MHC-associated peptide study, 24-25
Radioimmunotherapy of cancer, 715-721
choice of radioisotope, 716
future directions and conclusions, 719-720
hematologic malignancies, 717-719
obstacles to monoclonal antibody therapy and potential
solutions, 715-716
solid tumors, 716-717
RAG-deficient mice, probing immune functions, 313-319
analyses of T-cell differentiation, 314-315
analysis of B-cell development, 315-316
blastocyst complementation, 316-317
Rapamycin in immunosuppression, 786-787
Ras pathway of B and T cells, 367
Recombinant vaccine delivery systems, 568569
Rejection, graft
acute, xenografts, 765-767
delayed vascular, and accommodation, 767
see also Graft rejection
Remyelination in multiple sclerosis, ‘self’-exposure during, 889
Retinal antigens, 939
Rheumatoid arthritis, TCR V gene usage, are superantigens
involved, 908-909
Khodopsin, 140
Ricketssia spp., intracellular spread, 593
RS-61443 in immunosuppression, 787-788
Salmonella entry into mammalian cells, 591-592
Salmonella paradigm, 591-592
Sarcoidosis, TCR V gene repertoires, 909
SCID mice
engraftment with human hematopoietic cells, 329
prospects, 329 human hematolymphoid cells, hu-PBL-SCID mouse, 327-333
applications, 329
characteristics, 328329
SCID-hu mouse
xxii Index to subjects
applications, 328
biological construction, 327-328
Scleroderma, autoantibodies, 931-933
anti-Fc receptor autoantibodies, 933
anti-RNA polymerase, 933
anticentromere antibodies, 932-933
antifibrillarin antibodies, 933
antitopoisomerase I, 931-932
Secondary infections, consequences for immunity, 539-544
Selectin-ligand recognition, 75-78
characteristics of E-, L-, P-selectins, 75-80
Selectin mediated cell signaling, 78
Selectins, 75-84
expression, regulation, 78-79
in vivo functions, 79-80 Self antigenic determinants, expression, 882-886
do different APCs display different peptide determinants,
884-885 role of invariant chain in specific peptide presentation, 884
unconventional routes of antigen presentation may enhance
immunogenicity, 884 Self-determinants in autoimmune demyelinating disease, changes in T-cell response specificity, 887-891
Serine/threonine kinases, role in phagocyte activation, 107-l 08
Seven-transmembrane segment receptors of the leucocyte,
proinflammatory, 140-l 45
functional features, 142-l 43
structural features, 140-l 42 Severe combined immunodeficiency
defective gene, IL-2 receptor gamma-chain, 631-632 other cytokines also use gammac, 632-634
X-linked
defective gene encodes a shared interleukin receptor subunit, implications for cytokine pleiotropy and
redundancy, 631-635
four-helix bundle proteins and dimerization of receptor
chains, 634 see also SCID mice
Shigella spp., intracellular spread, 593
Signal transducing components of T- and B-cell antigen receptors,
374 Signal transduction and gene transcription, and T-cell
development and function, 302-304
Signaling, cytoplasmic domains, Ig and CD3, 376
Signaling pathways activated by tyrosine phosphorylation in
lymphocytes, 364-371
Stem cell factor and T-cell early development, 218
Superantigens
and autoimmune regulation, 948-949
interaction with class II antigens, 469-470
structure, 467469
T-cell activation by, 467475
tolerance, 472
T-cell activation in response, 470-472
T-cell responses to, in vivo consequences, 472
TCR recognition with class II antigens, 470 Superoxide and nitric oxide biosynthetic pathways, functions and
interactions, 135
Systemic lupus erythematosus, autoimmunity, 918
T cell(s)
activation
by superantigens, 467-475
CD28-B7 interactions, 414-419
in vitro, and CD28, 414-415
in vivo, and CD28, 415-416
naive, and Thl/ThZ paradigm, 757-758
in response to superantigens, 470-472
tolerance to superantigens, 472
tyrosine protein kinases and phosphatases involved in,
372-374
antigen receptors
and cytoplasmic tyrosine protein kinases, physical interactions between, 374-375
and Fc receptor subunits, interchangeability, 376
signal transducing components, 374
structure, 372
tyrosine phosphorylation, 364
apoptosis, 280-282
see atso Apoptosis
and B cells, immunodeficiency due to faulty interaction
between, 636641 contribution of thymic stromal cells, 273-274
cytokines, role, 458-466 dependent B-cell activation, 636-637
87 family and its co-receptors, CD28/CTLA-4, 637
CD40 and its ligand, gp39, 637
development and activation, transcription factors invo!ved in regulating
gene expression during, 232
bHLH proteins, 231-232
chromatin accessibility, 233-234 cytokines, role, 217
early, role of TCR beta-chains, 215-216
Ets transcription factors, 234-235 and function in gene-knockout mice, 298-307; see also
Gene targeting technology
general transcription factors, 234 HMG proteins, 233-234 homeotic genes, 232-233
human and mouse, early stages, 212-221
lineage commitment, 231-233
NF-kappaB/rel transcription factors, 234 transcriptional activators and repressors, 234-235
transcriptional regulation of T-cell genes during, 231-237
zinc finger transcription factors, 233
early precursor populations in thymus, 214-215
evaluation of CTL responses, in vivo versus in vitro assays,
320-323
knockout mice, 323
primary, 321
secondary, or CTL memory, 321-323
sensitivity, 323
evaluation of responses of T helper cells, in vivo versus in vitro
assays, 323-324
other special properties of VSV, 324
sensitivity, 324
testing, 324
gamma delta
activation and function, 442446 antigen recognition by, 443-444
antigens recognized by, 64-71
those reported, 66
Index to subjects xxiii
development and function, role of MHC, 443
functional, development, 442-443
invariant epithelial, function for, 444
mouse, populations, 64
in response to infections, 65-66
in immunity to intracellular pathogens, 521
immunity to a parasite that transforms, 564-567
see also Theileria parva
in vivo versus in vitro assays, 320-326
and NK cells, relationship between, 216
p21 ras function, 381-382
p21 ras regulation, 380-381
peripheral
malignant, regulation of apoptosis in hybridomas, 282
regulation of apoptosis, 281-282
positive selection in thymus, 273-278
model, 275-276
peptides, role, and approaches, 274-275
progenitors, early, characterization in bone marrow and fetal
liver, 212-214
purging, consolidating, 780
receptor antagonism in autoimmune response, 952 receptor p-chains, role in early T-cell development, 215-216
receptor peptide-induced regulation of autoimmune response,
947-948
receptor recognition, 9-l 2 crosslinking versus conformational change of the TCR,
alternatives for T-cell triggering, 1 O-l 1 low affinity is sufficient, 9-l 0 of superantigen with class II antigens, 470
receptor usage in autoimmune uveitis, 940
receptor V gene repertoires in autoimmune diseases, 909-910
receptor V gene usage in autoimmunity, 907-912 in multiple sclerosis and response to myelin basic protein,
907-908 in rheumatoid arthritis, are superantigens involved, 908909
receptors, gamma delta, antigen recognition by, and alphabeta
paradigm, 66-67 recognition, and autoreactivity, 42
responses to superantigens, in vivo consequences, 472
subsets co-stimulatory requirements, 433-434
mediating acute CVHD, 778
mediating graft rejection, 778-779
tolerance and autoimmunity in transgenic mice, 892-899 helper cells
and cytokines in transplantation, 757-764
phenotype development, analysis, are all starting populations
naive?, 459
subsets
cross-regulation between 1 and 2, 462
differentiated, and cytokine pattern, 460-461
Thl versus Th2 responses in AIDS, 616-622
Thl/ThZ paradigm and cytokines in transplantation, 757-764
cytokine programs and allograft rejection, 758-759
therapeutic implications, 761
tolerance and role of cytokines, 759-761
‘Thl/Th2 switch’ theory in HIV infection, facts and implications, 618-620
type 2 (Th2), allergen specific, 838-846 allergen challenge causes activation and recruitment in
target organs, 840
allergens preferentially expand Th cells showing a ThZ-like
profile, 838
anergic Th2 clones fail to provide B-cell help, 848
anergy induction, effects on expression of surface molecules
and signal transduction, 848849
antigen-presenting cells and T-cell repertoire, 840-841
central role in pathogenesis of allergy, 838
expressing membrane CD30, present in circulation of
allergic patients, 840
induction of non-responsiveness, in vitro and in vivo
models, 847-852
mechanisms involved in regulation of development,
840-842
microenvironmental cytokines, 841-842
microenvironmental hormones, 841
peptide vaccination of allergic patients, 849-850
possible genetic alterations favoring responses in atopic
subjects, 842-843
specific immunotherapy can change cytokine profile, 840 ThZ-like cells accumulate in target organs of allergic
patients, 839-840 TAP
independent antigen presentation, 33
novel transport assay, 33-34
size selection, 34 TAP1 and TAP2 are ABC transporters, 32
transporters, MHC-encoded, and peptide selection, 32-37 Theileria parva
immune responses of cattle to, 564-565
immunity to, 564-567 vaccine impact, 566
sporozoite neutralization, 565-566
T lymphocyte responses, effector mechanisms in vivo, 565 Thymic stromal cells, and positive selection of T lymphocytes,
273-274
Thymocytefs) cortical, unique physiological environment for activation,
257-259 early developmental transition inudced by TCRfi gene
product, 258-259 high sensitivity to TCR ligands through novel balance of
signals, 257-258
possible control of negative selectability via Bcl-2 and Fas,
259
lineage commitment, 266-272
appearance of intermediate thymocyte populations (CD4+CD8lo or CD4loCD8+) in mice defective for MHC
expression, 269
co-receptor expression and interaction with p56lck are not
essential, 268-269
co-receptor regulation of thymocyte progression to maturity, 270
is there room for instructional signaling?, 270
models of differentiation of SP thymocytes, 266-268 rescue of mismatched intermediate thymocytes by ectopic
expression of co-receptor, 270 why are co-receptors necesssary?, 271
regulation of apoptosis, 280-281 selection, signalling mechanisms, 257-265
accessory ligand requirements for positive and negative
selection, 260
xxiv Index to subjects
CD4/CD8 signaling in positive selection, 260-261
co-receptor signaling mediators in selection, 260-261
implications for self-definition, 260
ligands and accessory cells for positive and negative
selection, 259 lineage-independent triggering, lineage-dependent
maturation?, 261 positive selection is biphasic, 261
TCR ligands, 259 Thymus
early T-cell precursor populations, 214-215
positive selection of T lymphocytes, 273-278
model, 275-276
see also Fetal thymic organ Tightskin scleroderma-like syndrome, autoimmunity associated
with, 934
Tolerance
and expression of self antigenic deternminants, 882-886
induction, blockade of CD28 co-stimulatory pathway, 797-807
induction to alloantigens using HLA-based synthetic peptides,
791-796 T-cell, and autoimmunity in transgenic mice, 892-899
Toxoplasmosis, opportunistic infection in AIDS, 541
Transcription factors, role in tyrosine phosphorylation, 367 Transforming growth factor-beta, expression and function in virus
infections, 533
Transgenic mice
model of autoimmune hemolytic anemia, 927-928
models of anti-DNA autoimmunity, 923 sequestration of ocular antigens, 941
T-cell tolerance and autoimmunity, 892-899 cytokine transgenes, 894-895
effect of MHC transgenes on development of autoimmunity,
895 fate of peripheral self-reactive T cells, deletion, anergy or
suppression, 893-894 intrathymic selection, 892-893 TCR transgenes inducing autoimmunity, 895
Transmembrane signaling mechanisms and endotoxin recognition,
127-l 28
Transplantation, 755-807
blockade of CD28 co-stimulatory pathway to induce tolerance,
797-807 chronic graft rejection, 770-776
cytokines and Thl/ThZ paradigm, 757-764
induction of tolerance to alloantigens using HLA-based
synthetic peptides, 791-796
prospects for xenografting, 765-769 what can be done to prevent graft versus host disease,
777-783
which way for drug-mediated immunosuppression, 784-790
see also Graft rejection Transporter associated with antigen processing, see TAP
Trials, AIDS vaccines, efficacy, and ethics, 691-697 Tuberculosis, opportunistic infection in AIDS, 540
Tumor-associated peptide antigens, 733-740
approaches for identification of peptide epitopes, 733-734
identification of T cell defined epitopes expressed on
melanoma cells, 734-735 identification of T cell defined epitopes expressed on other
tumor cells, 735-736 Tumor cells as APCs
activation of CD4+ and CD8+ T cells by tumor cells
transfected with co-stimulatory molecules, 724
activation of CD4+ T-helper lymphocytes by tumor cells
transfected with MHC class II genes, 723
activation of effector cells by tumor cells secreting cytokines,
722-723
host-derived APCs can present tumor peptides, 725
stimulation of tumor immunity by re-expression of lost MHC
class I molecules, 724
where does antigen presentation occur, 724-725
Tumor immunotherapy, 722-727
Tumor necrosis factor-R1 and endotoxic shock, 523
Tumor necrosis factor receptor superfamily
4-1 BB and 4-1 BBL, 409-410
CD27 and CD27L, 409
CD30 and CD30L, 409
CD40 and CD40L, 408
Fas and FasL, 408409, 914
members and their ligands, 407-413
OX40 and OX4OL, 410
Tyrosine kinases
role in lymphocyte activation, 372-379
role in phagocyte activation, 108-l 09
Tyrosine phosphatases
involved in B-cell activation, 374 involved in T-cell activation, 372-374
Tyrosine phosphorylation
in lymphocytes, signaling pathways activated by, 364-371
receptor-induced B-cell and T-cell antigen receptors, 365
choice of targets, 365-366
cytokine receptors, 364
nature of targets, 364-366 signaling events regulated by targets, 366-368
direct activation of transcription factors, 367
phosphoinositide signaling pathway, 366-367
Ras pathway, 367 regulation of intracellular trafficking and/or the cytoskeleton,
367-368
Tyrosine protein kinases cytoplasmic, and antigen receptors, physical interactions
between, 374-375 involved in B-cell activation, 374
involved in T-cell activation, 372-374
Dveitis, melanin-protein-induced, 939-940
V-regions, pathogenic DNA autoantibody, unique characteristics,
921-925
Vaccine delivery system, recombinant, 568-569
live recombinant bacterial vaccine vehicles, 568569
live recombinant viral vaccine vehicles, 569
Vaccine development
animal models for mucosal immunity, 573-574
DNA vaccines, 578
in HPV-associated neoplasms, 748-750
implications of mucosal immunity to infection, 572-583
ISCOMS, 579
liposomes, 579
live vectors, 575-578 attenuated recombinant bacteria, 575-577
attenuated recombinant viruses, 577-578
index to subjects xxv
microspheres, 578 resolution of, 530-538 mucosal vaccine strategies, 574-581
novel antigen delivery systems, 579
organization of mucosal immune system, 572-573
effector tissues, 573
inductive tissues, 572-573
virus-like particles, 578
Vaccine to Theileria parva, 566
Vaccines, encoded, and genetic immunization, 569-570
Vaccines for control of fertility, 698699
clinical trials, 699
Virus-like particles as antigen delivery system, 578
Vi ruses
CD8+ T-cell memory, 545-552
cytokine and cytokine receptor genes ‘captured by, 526529
VLA-4 tCD49d/CD29) and B-cell lineage development, 240-241
see also Immune-contraception
Vascular leak syndrome and immunotoxins, 711 Vesicular stomatitis virus to assess B-cell and T-cell function,
323-324 Viral infection
acute
X-linked agammaglobulinemia
Bruton’s tyrosine kinase involvement, 624625
and XID deficiencies, comparison, 625
X-linked hyper IgM syndrome and mutations in the gp39 gene, 638
editing and resolution, 554-555 impaired memory T-cell responses during, 556
X-linked severe combined immunodeficiency, defective gene
encodes a shared interleukin receptor subunit, implications for
cytokine pleiotropy and redundancy, 631-635
Xenografting prospects, 765-769
cellular responses, 767
delayed vascular rejection and accommodation, 767
hyperacute rejection, 765-767
cytokkws in generation of immune responses to, and Yersinia entry into non-phagocytic cells, 598-591