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ویرایش: 1 نویسندگان: William B. Jakoby, Meir Wilchek (Eds.) سری: Methods in Enzymology 46 ISBN (شابک) : 9780121819460 ناشر: Academic Press سال نشر: 1977 تعداد صفحات: 848 زبان: English فرمت فایل : PDF (درصورت درخواست کاربر به PDF، EPUB یا AZW3 تبدیل می شود) حجم فایل: 14 مگابایت
در صورت تبدیل فایل کتاب Affinity labeling به فرمت های PDF، EPUB، AZW3، MOBI و یا DJVU می توانید به پشتیبان اطلاع دهید تا فایل مورد نظر را تبدیل نمایند.
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استاندارد آزمایشگاهی تحسین شده، روش ها در آنزیمولوژی، یکی از معتبرترین انتشارات در زمینه بیوشیمی است. از سال 1955، هر جلد مشتاقانه مورد انتظار، مکرراً مورد مشورت و تمجید محققان و داوران قرار گرفته است. این مجموعه حاوی مطالب زیادی است که امروزه هنوز مرتبط است - واقعاً یک نشریه ضروری برای محققان در همه زمینههای علوم زیستی
The critically acclaimed laboratory standard, Methods in Enzymology, is one of the most highly respected publications in the field of biochemistry. Since 1955, each volume has been eagerly awaited, frequently consulted, and praised by researchers and reviewers alike. The series contains much material still relevant today - truly an essential publication for researchers in all fields of life sciences
Content:
Contributors to volume XLVI
Pages xi-xv
Preface
Page xvii
William B Jakoby, Meir Wilchek
Volume in series
Pages xix-xxii
List of substances for which affinity analogs are presented
Pages xxiii-xxiv
List of macromolecules subjected to affinity labeling
Pages xxv-xxvi
[1] Affinity labeling—An overview Original Research Article
Pages 3-14
Finn Wold
[2] Transition state analogs as potential affinity labeling regents Original Research Article
Pages 15-28
Richard Wolfenden
[3] Mechanism-based irreversible enzyme inhibitors Original Research Article
Pages 28-41
Robert R Rando
[4] Syncatalytic enzyme modification: Characteristic features and differentiation from affinity labeling Original Research Article
Pages 41-48
Walter Birchmeier, Philipp Christen
[5] Paracatalytic enzyme modification by oxidation of enzyme—substrate carbanion intermediates Original Research Article
Pages 48-54
Philipp Christen
[6] Catalytic competence: A direct criterion for affinity labeling Original Research Article
Pages 54-58
Ernest V Groman, Richard M Schultz, Lewis L Engel
[7] Differential labeling: A general technique for selective modification of binding sites Original Research Article
Pages 59-69
Allen T Phillips
[8] Photoaffinity labeling Original Research Article
Pages 69-114
Hagan Bayley, Jeremy R Knowles
[9] Design of exo affinity labeling reagents Original Research Article
Pages 115-130
Michael Cory, Judith M. Andrews, David H. Bing
[10] Haloketones as affinity labeling reagents Original Research Article
Pages 130-153
Fred C Hartman
[11] Haloacetyl derivatives Original Research Article
Pages 153-157
Meir Wilchek, David Givol
[12] Acetylenic irreversible enzyme inhibitors Original Research Article
Pages 158-164
Robert R Rando
[13] Organic isothiocyanates as affinity labels Original Research Article
Pages 164-168
Robert G Langdon
[14] Photo-cross-linking of protein-nucleic acid complexes Original Research Article
Pages 168-180
Paul R Schimmel, Gerald P Budzik
[15] Affinity labeling of multicomponent systems Original Research Article
Pages 180-194
Arthur E Johnson, Charles R Cantor
[16] Reaction of serine proteases with halomethyl ketones Original Research Article
Pages 197-208
James C Powers
[17] Reaction of serine proteases with aza-amino acid and aza-peptide derivatives Original Research Article
Pages 208-216
James C Powers, B Frank Gupton
[18] Active site-directed inhibition with substrates producing carbonium ions: Chymotrypsin Original Research Article
Pages 216-220
Emil H White, David F Roswell, Ieva R Politzer, Bruce R Branchini
[19] Peptide aldehydes: Potent inhibitors of serine and cysteine proteases Original Research Article
Pages 220-225
Robert C Thompson
[20] Carboxypeptidases A and B Original Research Article
Pages 225-229
M Sokolovsky
[21] N-substituted arginine chloromethyl ketones Original Research Article
Pages 229-235
B Keil
[22] Renin Original Research Article
Pages 235-240
Tadashi Inagami, Yasunobu Suketa
[23] Adenosine derivatives for dehydrogenases and kinases Original Research Article
Pages 240-249
Roberta F Colman, Pranab K Pal, James L Wyatt
[24] Alcohol dehydrogenases Original Research Article
Pages 249-258
Christoph Woenckhaus, Reinhard Jeck
[25] Arylazido nucleotide analogs in a photoaffinity approach to receptor site labeling Original Research Article
Pages 259-288
Richard John Guillory, Stella Jyhlih Jeng
[26] Aromatic thioethers of purine nucleotides Original Research Article
Pages 289-295
Hugo Fasold, Franz W Hulla, Franz Ortanderl, Michael Rack
[27] N6-o- and p-Fluorobenzoyladenosine 5′-triphosphates Original Research Article
Pages 295-299
Alexander Hampton, Lewis A Slotin
[28] 6-Chloropurine ribonucleoside 5′-phosphate Original Research Article
Pages 299-302
Alexander Hampton
[29] Carboxylic-phosphoric anhydrides isosteric with adenine nucleotides Original Research Article
Pages 302-307
Alexander Hampton, Peter J Harper, Takuma Sasaki, Paul Howgate
[30] Active-site labeling of thymidylate synthetase with 5-fluoro-2′-deoxyuridylate Original Research Article
Pages 307-312
Yusuke Wataya, Daniel V Santi
[31] Inert Co(III) complexes as reagents for nucleotide binding sites Original Research Article
Pages 312-321
Moshe M Werber, Antoine Danchin
[32] The active site of ribonucleoside diphosphate reductase Original Research Article
Pages 321-327
Lars Thelander, John Hobbs, Fritz Eckstein
[33] Adenosine deaminase Original Research Article
Pages 327-335
Giovanni Ronca, Antonio Lucacchini, Carlo Alfonso Rossi
[34] Direct photoaffinity labeling with cyclic nucleotides Original Research Article
Pages 335-339
Ross S Antonoff, Tom Obrig, J.J Ferguson Jr.
[35] Adenosine 3′,5′-cyclic monophosphate binding sites Original Research Article
Pages 339-346
Boyd E Haley
[36] 5-Formyl-UTP for DNA-dependent RNA polymerase Original Research Article
Pages 346-352
Vic Armstrong, Hans Sternbach, Fritz Eckstein
[37] DNA-dependent RNA polymerase Original Research Article
Pages 353-358
A.P Kimball
[38] Staphylococcal nuclease Original Research Article
Pages 358-362
Pedro Cuatrecasas, Meir Wilchek
[39] Carbohydrate binding sites Original Research Article
Pages 362-368
E.W Thomas
[40] Glucosidases Original Research Article
Pages 368-381
G Legler
[41] Glycidol phosphates and 1,2-anhydrohexitol 6-phosphates Original Research Article
Pages 381-388
Edward L O'Connell, Irwin A Rose
[42] Ribulosebisphosphate carboxylase Original Research Article
Pages 388-398
I Lucile Norton, Fred C Hartman
[43] ОІ-Galactosidase Original Research Article
Pages 398-403
Joseph Yariv
[44] Lysozyme Original Research Article
Pages 403-414
Yuval Eshdat, Nathan Sharon
[45] Glutamine binding sites Original Research Article
Pages 414-427
Lawrence M Pinkus
[46] Labeling of the active site of l-aspartate ОІ-decarboxylase with ОІ-chloro-l-alanine Original Research Article
Pages 427-432
Noel M Relyea, Suresh S Tate, Alton Meister
[47] Active site of l-asparaginase: Reaction with diazo-4-oxonorvaline Original Research Article
Pages 432-435
Robert E Handschumacher
[48] Labeling of serum prealbumin with N-bromoacetyl-l-thyroxine Original Research Article
Pages 435-441
Sheue-Yann Cheng
[49] A pyridoxamine phosphate derivative Original Research Article
Pages 441-447
F Riva, A Giartosio, C Turano
[50] Labeling of steroid systems Original Research Article
Pages 447-460
James C Warren, J Robert Mueller
[51] Irreversible inhibitors of О”5-3-ketosteroid isomerase: Acetylenic and allenic 3-oxo-5,10-secosteroids Original Research Article
Pages 461-468
F.H Batzold, Ann M Benson, Douglas F Covey, C.H Robinson, Paul Talalay
[52] Labeling of О”5-3-Ketosteroid isomerase by photoexcited steroid ketones Original Research Article
Pages 469-479
William F Benisek
[53] Affinity labeling of antibody combining sites as illustrated by anti-dinitrophenyl antibodies Original Research Article
Pages 479-492
David Givol, Meir Wilchek
[54] p-Azobenzenearsonate antibody Original Research Article
Pages 492-501
Manuel J Ricardo, John J Cebra
[55] Affinity cross-linking of heavy and light chains Original Research Article
Pages 501-504
Meir Wilchek, David Givol
[56] Bivalent affinity labeling haptens in the formation of model immune complexes Original Research Article
Pages 505-508
Paul H Plotz
[57] DNP-based diazoketones and azides Original Research Article
Pages 508-516
Frank F Richards, William H Konigsberg
[58] Labeling of antilactose antibody Original Research Article
Pages 516-523
P.V Gopalakrishnan, U.J Zimmerman, Fred Karush
[59] The ouabain-binding site on (Na+ + K+) adenosinetriphosphatase Original Research Article
Pages 523-531
Arnold Ruoho, Jack Kyte
[60] Penicillin isocyanates for ОІ-lactamase Original Research Article
Pages 531-537
Hiroshi Ogawara
[61] Active site-directed addition of a small group to an enzyme: The ethylation of Luciferin Original Research Article
Pages 537-541
Emil H White, Bruce R Branchini
[62] Mandelate racemase Original Research Article
Pages 541-548
George L Kenyon, George D Hegeman
[63] Dimethylpyrazole carboxamidine and related derivatives Original Research Article
Pages 548-554
Frank Davidoff, Parlane Reid
[64] Labeling of catechol-O-methyltransferase with N-haloacetyl derivatives Original Research Article
Pages 554-561
Ronald T Borchardt, Dhiren R Thakker
[65] Affinity labeling of binding sites in proteins by sensitized photooxidation Original Research Article
Pages 561-567
Johnny Brandt
[66] Bromocolchicine as a label for tubulin Original Research Article
Pages 567-571
Daphne Atlas, Henri Schmitt
[67] Affinity labeling of receptors Original Research Article
Pages 572-582
Nava Zisapel, Mordechai Sokolovsky
[68] Nicotinic acetylcholine receptors Original Research Article
Pages 582-590
Arthur Karlin
[69] ОІ-Adrenergic receptors Original Research Article
Pages 591-601
Daphne Atlas
[70] Opiate receptors Original Research Article
Pages 601-606
Brian M Cox
[71] Amino acid transport proteins Original Research Article
Pages 607-613
G.I Glover
[72] The biotin transport system Original Research Article
Pages 613-617
Edward A Bayer, Meir Wilchek
[73] Affinity labeling of ribosomal functional sites Original Research Article
Pages 621-637
Ada Zamir
[74] Photoaffinity labeling of 23 S RNA in ribosomes Original Research Article
Pages 637-644
Ludwig Bispink, Heinrich Matthaei
[75] Photoaffinity labels for nucleic acids Original Research Article
Pages 644-649
William E White Jr., K Lemone Yielding
[76] Identification of GDP binding sites with 4-azidophenyl-GDP Original Research Article
Pages 649-656
J.A Maassen, W Möller
[77] Photoactivated GTP analogs Original Research Article
Pages 656-660
Alexander S Girshovich, Valery A Pozdnyakov, Yuri A Ovchinnikov
[78] A photoactivated analog of streptomycin Original Research Article
Pages 660-662
Alexander S Girshovich, Elena S Bochkareva, Yuri A Ovchinnikov
[79] Haloacylated streptomycin and puromycin analogs Original Research Article
Pages 662-669
Olaf Pongs, Erwin Reinwald
[80] Chemically reactive oligonucleotides Original Research Article
Pages 669-676
Olaf Pongs, Erich Lanka
[81] Aromatic ketone derivatives of aminoacyl-tRNA as photoaffinity labels for ribosomes Original Research Article
Pages 676-683
Ernst Kuechler, Andrea Barta
[82] Photoaffinity-probe-modified tRNA for the analysis of ribosomal binding sites Original Research Article
Pages 683-702
James Ofencand, Ira Schwartz, Gianni Chinali, Stephen S Hixson, Susan H Hixson
[83] Analogs of chloramphenicol and their application to labeling ribosomes Original Research Article
Pages 703-707
N Sonenberg, A Zamir, M Wilchek
[84] A homologous series of photoreactive peptidyl-tRNAs for probing the ribosomal peptidyltransferase center Original Research Article
Pages 707-711
N Sonenberg, M Wilchek, A Zamir
[85] Photoaffinity labeling of ribosomes with the unmodified ligands puromycin and initiation factor 3 Original Research Article
Pages 711-717
Barry S Cooperman
Author index
Pages 719-748
Subject index
Pages 749-774