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Branden C., Tooze J. — Introduction to protein structure
Branden C., Tooze J. — Introduction to protein structure



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Название: Introduction to protein structure

Авторы: Branden C., Tooze J.

Аннотация:

Introduction to Protein Structure gives an up-to-date account of the principles of protein structure, with examples of key proteins in their biological context generously illustrated in full colour to illuminate the structural principles described in the text. The first few chapters introduces the general principles of protein structure both for novices and for non-specialists needing a primer. Subsequent chapters use specific examples of proteins to show how they fulfil a wide variety of biological functions. The book ends with chapters on the experimental approach to determining and predicting protein structure, as well as engineering new proteins to modify their functions.


Язык: en

Рубрика: Биология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 2nd edition

Год издания: 1999

Добавлена в каталог: 29.03.2006

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Water, GTP hydrolysis by GTPase      259—261
Water, interchain bridges in collagen      286 286F
Water, protein-DNA interactions      162
Water-mediated hydrogen bonds      286 286F
Watson, Herman      58F
Watson, James      13 121 387
Wavelength, diffracted beams      370F 379 380F
WD repeats      262 262T 263F
Weedkillers      239
Wells, James      363
Welte, Wolfram      229
Wiley, Don      79 81 317
Wilkins, Maurice      121 387
Wilson, Ian      317
WIN 51711 drug      337
Wittinghofer, Alfred      260
Wolberger, Cynthia      162
Wool, $\alpha$-helical fibers      283
World Wide Web      393—394
World Wide Web, homologous proteins sequences      348
World Wide Web, Protein Data Bank      353
World Wide Web, websites      393—394
Wright, Peter      164 177
Wrighton, Nicholas      364
Wurthrich, Kurt      99 160 389
X-ray      376—377
X-ray crystallography      13 374
X-ray crystallography, $G_{\alpha}$ protein with GDP/GTP      256
X-ray crystallography, advantages and limitations      391
X-ray crystallography, bacteriophage MS2      339
X-ray crystallography, calmodulin      109
X-ray crystallography, data interpretation      381—382 382F
X-ray crystallography, DNA complex with phage 434 Cro and repressor      136—137
X-ray crystallography, DNA-binding domain of lambda repressor      132—133 133F
X-ray crystallography, EMP1 dimer from erythropoietin receptor      365F
X-ray crystallography, GroEL      100
X-ray crystallography, GroES      102
X-ray crystallography, lambda Cro protein      131—132
X-ray crystallography, NMR results comparison      390—391
X-ray crystallography, phase determination      379—381
X-ray crystallography, phosphofructokinase      114—117
X-ray crystallography, polyomaviruses      342
X-ray crystallography, POU region      165
X-ray crystallography, PPR1NA complex      190—191
X-ray crystallography, recording of x-ray data      377
X-ray crystallography, serpins      111
X-ray crystallography, SH2 domain      273
X-ray crystallography, TBP binding to DNA      155—157
X-ray crystallography, technological advances      383—384
X-ray crystallography, thioredoxin      20F 97
X-ray crystallography, time-resolved      376
X-ray crystallography, zinc finger motif      177 (see also “Crystallization” “Crystals” “X-ray
X-ray diffraction      374
X-ray diffraction, amplitude and wavelength of beam      379 379F 380 380F
X-ray diffraction, Bragg’s law      378 379F
X-ray diffraction, diffraction pattern      374 374F
X-ray diffraction, diffraction spots      379 386
X-ray diffraction, fibers      see “Fiber diffraction methods”
X-ray diffraction, heavy metals in      380—381
X-ray diffraction, interference calculation      380—381 380F
X-ray diffraction, model building, data interpretation      381—382 382F
X-ray diffraction, model building, error removal by refinement      383
X-ray diffraction, patterns      374 374F 378F
X-ray diffraction, phase determination      379—381 379F 380F
X-ray diffraction, phase determination, Multiwavelength Anomalous Diffraction      381
X-ray diffraction, photosynthetic reaction center      234 235F
X-ray diffraction, porins      229
X-ray diffraction, principles      376—377 377F 378F
X-ray diffraction, recording of data      377
X-ray diffraction, resolution of data      381—382
X-ray diffraction, scattering and anomalous scattering      378 381
X-ray diffraction, schematic view      377F
X-ray diffraction, time-resolved, cross-bridge movement      292—293
X-ray diffraction, x-ray sources      376—377 (see also “X-ray crystallography”)
X-ray, electron interactions      381
X-ray, monochromatic      376
X-ray, polychromatic      376
Xenopus laevis      176 176F 177
Xfin      176F 177
Yanofsky, Charles      143
Yeast transcription factor GCN4      see “GCN4”
Yeast transcription factor PPRl      190—191 190F
Yeast, genome      271
Yeast, TATA box-binding protein      153
Yeast, transcription factor      see “GAL4”
Z domains, bacterial protein A      363 363F
Z-DNA      121 122F
Z-DNA, zigzag pattern      123
z-scores      354
Zif 268 protein      177—178 178F
Zif 268 protein, amino acid sequences      177F 368T
Zif 268 protein, design without stabilization by zinc (FSD-1)      367—368 368F 368T
Zif 268 protein, DNA interactions      179 179F
Zif, DNA binding sequence      180F
Zinc finger motif      11 176 176F
Zinc finger motif, cis-retinoic acid receptor (RXR)      186 186F
Zinc finger motif, classic      176 176F 191 367
Zinc finger motif, classic, binding to DNA in tandem      177—178
Zinc finger motif, classic, finger region interaction with DNA      178—181
Zinc finger motif, classic, sequence-specific binding      180—181 180F
Zinc finger motif, classic, TTK and GLI      179
Zinc finger motif, classic, without zinc stabilization, design      367—368 368F 368T
Zinc finger motif, classic, Xfin      177
Zinc finger motif, classic, Zif 268      177—178 178F
Zinc finger motif, definition      176
Zinc finger motif, DNA binding, classic motif      177—181 179F 180F
Zinc finger motif, DNA binding, dimers      183—184
Zinc finger motif, DNA binding, glucocorticoid receptor      183—185
Zinc finger motif, DNA binding, monomers      177
Zinc finger motif, glucocorticoid receptor      181—183 191
Zinc finger motif, nuclear receptor family      181—183 191
Zinc in carboxypeptidase      62F
Zinc in proteins      11 11F
Zinc, DNA-binding motifs      175
Zinc, functions      11
Zinc, functions in glucocorticoid receptor      185
Zinc, growth hormone binding to prolactin receptor      270 271F
Zinc, pS3 DNA-binding domain      169 171
Zinc, transcription factors      176—177
Zinc, transcription factors with cysteine residues bound to      181F (see also “Zinc finger motif”)
Zinc-containing motifs      191
Zinc-containing motifs, $C_6$-zinc cluster family      190—191 190F 202
Zinc-containing motifs, binuclear zinc cluster      187—188 188F
Zinc-containing motifs, GAL4 family      187—188 191 “Specific
“Backbone”, formation      4 4F
“D (dimerization) box”      184
“Hot-spot principle”      364
“Kinase insert region”      272F
“Knobs in holes” model      36—37 37F
“Mad cow disease”      113
“Miniglobular protein”      177
“Ridges in grooves” model      38 40 41F
“Ridges in grooves” model, geometry      40—41
“Spring-loaded safety catch” mechanism      110—113
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