From the Preface: Chemotaxis and inflammation, as many other biological processes, can be divided into humoral and cellular components. In this simplest sense soluble activators or mediators of host or external origin interact with cells that respond to signals received and transmitted via specific membrane receptors. The biological consequences are dramatic, and the biochemical mechanisms are complex and interrelated through a series of cascades that may involve several chemical messengers of different chemical classes. Volumes 162 and 163 of **Methods in Enzymology** cover in vitro and in vivo methodology that has been developed for the purpose of studying the biochemistry of these active humoral factors and the biology of the cells and their receptors that respond to the various signals... The literature dealing with chemotaxis and inflammation is extensive and new techniques are constantly being developed. Therefore, some selection has been necessary to include the most commonly used and generally applicable techniques. Newer methods often involve significant modifications of established procedures, and we have tried to insure that these innovations have been included

lgrsnf/A:\sciencedirect_books\00766879-162 (55).pdf

nexusstc/Immunochemical Techniques Part L: Chemotaxis and Inflammation/c056033fa5c848491abb64adfd60598a.pdf

zlib/Mathematics/Giovanni Di Sabato (Eds.)/Immunochemical Techniques Part L: Chemotaxis and Inflammation_2274082.pdf

Chemotaxis and Inflammation, Part L: Chemotaxis and Inflammation

Helen Van Vunakis; John J Langone; Giovanni Di Sabato; Johannes Everse

Giovanni Di Sabato; Elsevier E-books--York University

edited by Giovanni Di Sabato

Colowick

Morgan Kaufmann Publishers

Brooks/Cole

Methods in enzymology -- v.162, San Diego, London, United Kingdom, 1988

Methods in enzymology, v. 162, San Diego, ©1988

United States, United States of America

United States, 1988

September 28, 1988

lg1105167

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Content:
Contributors to volume 162
Pages ix-xii
Preface
Page xiii
John J. Langone
Giovanni Di Sabato: March 2, 1929–October 11, 1987
Pages xiv-xvii
Oscar Touster
Volumes in series
Pages xix,xxi-xxxiii
[1] Chemotaxis: An overview Original Research Article
Pages 3-16
Peter C. Wilkinson, Wendy S. Haston
[2] Visual methods for measuring leukocyte locomotion Original Research Article
Pages 17-38
Wendy S. Haston, Peter C. Wilkinson
[3] Micropore filter methods for leukocyte chemotaxis Original Research Article
Pages 38-50
Peter C. Wilkinson
[4] Agarose method for human neutrophil chemotaxis Original Research Article
Pages 50-59
Robert D. Nelson, Michael J. Herron
[5] Chromium-51 radioimmunoassay for chemotaxis Original Research Article
Pages 59-64
John I. Gallin
[6] Orientation chamber in chemotaxis Original Research Article
Pages 65-72
Sally H. Zigmond
[7] Neutrophil aggregation and chemokinesis assays Original Research Article
Pages 72-78
Anthony W. Ford-Hutchinson, Jillian F. Evans
[8] Semiautomated measurement of neutrophil chemotaxis with an image analyzer Original Research Article
Pages 79-85
Carlos C. Daughaday, Alan N. Bohrer, Isaias Spilberg
[9] Concentration gradients of chemotactic factors in chemotaxis assays Original Research Article
Pages 85-101
Douglas A. Lauffenburger, Robert T. Tranquillo, Sally H. Zigmond
[10] Measurement of leukocyte chemotaxis in vivo Original Research Article
Pages 101-114
Michael D.P. Boyle, Michael J.P. Lawman, Adrian P. Gee, Michael Young
[11] Necrotaxis and galvanotaxis Original Research Article
Pages 115-127
Hans Gruler
[12] Chemotactic factors: An overview Original Research Article
Pages 127-132
Peter C. Wilkinson
[13] Synthesis of chemotactic peptides Original Research Article
Pages 132-139
Natesa Muthukumaraswamy, Richard J. Freer
[14] Natural mediators of leukocyte chemotaxis Original Research Article
Pages 140-170
Hideo Hayashi, Mitsuo Honda, Yasuhiro Mibu, Shunsuke Yamamoto, Mitsuomi Hirashima
[15] Eosinophilic chemotactic factors of anaphylaxis Original Research Article
Pages 170-174
John A. Smith
[16] High-molecular-weight eosinophil chemotactic factor from Schistosoma japonicum eggs Original Research Article
Pages 174-180
Makoto Owhashi, Yukifumi Nawa
[17] Denatured proteins as chemotactic agents: Mitogens as lymphocyte locomotion activators Original Research Article
Pages 180-192
Peter C. Wilkinson
[18] Crystal-induced chemotactic factor Original Research Article
Pages 193-197
Isaias Spilberg, Ashwin K. Bhatt
[19] Chemotactic factors of bacterial origin Original Research Article
Pages 198-214
Wayne A. Marasco, Peter A. Ward
[20] Chemotactic fragments of fibronectin Original Research Article
Pages 214-222
Norman E. Wikner, Richard A.F. Clark
[21] Inhibitors of chemotaxis Original Research Article
Pages 223-235
Eufronio G. Maderazo, Charles L. Woronick, Peter A. Ward
[22] Leukocyte chemoattractant receptors Original Research Article
Pages 236-245
Marilyn C. Pike, Ralph Snyderman
[23] Contractile proteins in leukocytes Original Research Article
Pages 246-271
Mark J. DiNubile, Frederick S. Southwick
[24] Chemoattractant-induced membrane phenomena of phagocytes Original Research Article
Pages 271-279
Charles D. Smith, Ralph Snyderman
[25] Biochemical changes in leukocytes in response to chemoattractants Original Research Article
Pages 279-282
Margrith W. Verghese, Ralph Snyderman
[26] Ionic events relevant to neutrophil activation Original Research Article
Pages 283-298
Paul H. Naccache, Ramadan I. Sha'afi
[25] Cellular and vascular phenomena in inflammation Original Research Article
Pages 301-320
Andrew C. Issekutz, Thomas B. Issekutz
[28] Carrageenan foot edema test Original Research Article
Pages 320-327
Ivan G. Otterness, Peter F. Moore
[29] Sponge implants as models Original Research Article
Pages 327-334
Philip J. Bailey
[30] Carrageenan pleurisy Original Research Article
Pages 334-339
Marcia L. Bliven, Ivan G. Otterness
[31] Adjuvant arthritis Original Research Article
Pages 339-355
Joel D. Taurog, Dennis C. Argentieri, Richard A. McReynolds
[32] Type II collagen-induced arthritis in rats Original Research Article
Pages 355-360
Susan C. Ridge, Arnold L. Oronsky, S.S. Kerwar
[33] Collagen-induced arthritis in the mouse Original Research Article
Pages 361-373
Paul H. Wooley
[34] Streptococcal cell wall-induced arthritis in rats Original Research Article
Pages 373-379
Susan C. Ridge, John B. Zabriskie, Arnold L. Oronsky, S.S. Kerwar
[35] Chronic arthritis in rabbits Original Research Article
Pages 379-385
Hugo E. Jasin
[36] Murine lupus Original Research Article
Pages 385-412
Syamal K. Datta
[37] Experimental allergic encephalomyelitis Original Research Article
Pages 413-421
Robert H. Swanborg
[38] Experimental glomerulonephritis Original Research Article
Pages 421-461
David J. Salant, Andrey V. Cybulsky
[39] Autoimmune orchitis and thyroiditis Original Research Article
Pages 461-478
Pierluigi E. Bigazzi
[40] Arthus phenomenon Original Research Article
Pages 478-483
Philip J. Bailey, Daniel S. Fletcher
[41] Experimental serum sickness Original Research Article
Pages 484-501
Bernice Noble, Jan R. Brentjens
[42] Mast cells and mast cell products Original Research Article
Pages 501-522
Frank M. Graziano
[43] Basophils in allergic and inflammatory reactions Original Research Article
Pages 522-538
Frank M. Graziano
[44] Human neutrophil degranulation Original Research Article
Pages 538-551
Daniel G. Wright
[45] Membrane attack complex proteins C5b-6, C7, C8, and C9 of human complement Original Research Article
Pages 551-578
Alfred F. Esser, James M. Sodetz
[46] C3, C5 components and C3a, C4a, and C5a fragments of the complement system Original Research Article
Pages 579-625
Jarmila Janatova
[47] C1, C4, and C2 components of the classical pathway of complement and regulatory proteins Original Research Article
Pages 626-639
Irma Gigli, Francisco A. Tausk
[48] Alternative pathway of complement Original Research Article
Pages 639-653
Michael K. Pangburn
[49] Human C5a anaphylatoxin: Gene synthesis, expression, and recovery of biologically active material from Escherichia coli Original Research Article
Pages 653-668
Arthur E. Franke, Glenn C. Andrews, Norma P. Stimler-Gerard, Craig J. Gerard, Henry J. Showell
Author index
Pages 669-695
Subject index
Pages 697-717

2013-12-20