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Voit E. — Computational Analysis of Biochemical Systems: A Practical Guide for Biochemists and Molecular Biologists
Voit E. — Computational Analysis of Biochemical Systems: A Practical Guide for Biochemists and Molecular Biologists



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Название: Computational Analysis of Biochemical Systems: A Practical Guide for Biochemists and Molecular Biologists

Автор: Voit E.

Аннотация:

A true understanding of genetic and metabolic function and design is facilitated by mathematical and computational methods for analyzing biochemical systems. This hands-on reference teaches biochemists and molecular biologists the use of modern computational methods for the analysis of complex biomedical systems requiring a modest mathematical background. The book begins with representations of biochemical systems, provides guidelines for setting up models, details mathematical and computational methods of parameter estimation and model analysis, and connects to the modern literature with four detailed case studies. Every step is illustrated with examples and explored with accompanying PLAS software. The volume also features over 250 exercises with about one quarter fully or partially solved.


Язык: en

Рубрика: Computer science/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2000

Количество страниц: 550

Добавлена в каталог: 19.02.2014

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Degradation in GMA form      265 267 355 362 448
Degradation in S-system form      265 267 277 351 362 363 448 461
Degradation in splitting reactions      90
Degradation of proteins      294 314 315—316
Degradation of purine      330
Degradation of pyruvate      457 461
Degradation of SAM      342 343
Degradation of succinate      188 305 451
Degradation of xanthine      355 360 363
Degradation processes      26 31 45 49 53 54 72 79 135 265 312
Degradation product      94
Degradation speed      45 52 57 75 164 240
Degradation, activation of      220 214
Degradation, adenine      346
Degradation, adenylates      330 356
Degradation, ADP      458
Degradation, aggregation of terms      265 267 272 448
Degradation, approximation of      59
Degradation, ATP      267—268 292 458
Degradation, buffering and      135
Degradation, DNA/RNA      56 346 351
Degradation, drugs      133
Degradation, ethanol      291
Degradation, flux      85 191
Degradation, fructose-6-phosphate      109 273—275
Degradation, glucose-6-phosphate      167—171 271—273 278 391
Degradation, glycogen      365 398
Degradation, inhibition      52 195 206 220 346 355
Degradation, isocitrate      165—167 322
Degradation, kinetic order      55 127 169 304 339 342 448
Degradation, metabolite      77 78
Degradation, phosphoenolpyruvate      262
Degradation, power-law rate law      167 168 451
Degradation, PRPP      12 334 335 349 351 362 363 461
Degradation, rate constants      50 123 267
Degradation, substrate      46 75 90
Degradation, term      50 51 55 67—68 70 77 87 88 108 119 135 168 317 335 360 457 461
Degrees of freedom      191 411
Delay equations      131
Delbarre, E      364 472
Delgado, J.      157 472
Demand theory      400 401
Deoxyadenosine (dAdo)      331 333 336 347 352
Deoxyadenosine diphosphate (dADP)      333 336 347 352
Deoxyadenosine monophosphate (dAMP)      333 336 347 348 352
Deoxyadenosine triphosphate (dATP)      333 336 347 348 352
Deoxyguanosine (dGuo)      331 333 336 347 353
Deoxyguanosine diphosphate (dGDP)      333 336 347 352
Deoxyguanosine monophosphate (dGMP)      333 336 347 348 352
Deoxyguanosine triphosphate (dGTP)      333 336 347 348 352
Deoxyinosine (dINO)      331 333 347
Deoxynucleotides      327 331
dependent variables      262—264 268 275 284 285 291 306 307 311 324 332 337 343 346 362 368 376 379 381 384 385 387 388 391 392 397 398 406 409 415 416 421—423 434 445 457 464
Dependent variables for branched pathways      82 112 141 177 178
Dependent variables for linear pathways      115
Dependent variables for productivity assessment      131—133
Dependent variables in cascades      86 180—182
Dependent variables in glycolysis      28—29 370 377—378
Dependent variables in zymogen activation      29 30
Dependent variables intermediate      22 131
Dependent variables, bolus experiments      108
Dependent variables, change in      39 41—49 51 56 105 108 109 121 122—123 246 377—378
Dependent variables, closed vs. open systems      93 94
Dependent variables, conserved masses and      90
dependent variables, defined      21
Dependent variables, differential equations      48
Dependent variables, enumeration of      76—77
Dependent variables, equation construction      48 52 54 77—79
Dependent variables, flux sensitivity      244
Dependent variables, independent variables distinguished      22 23
Dependent variables, logarithmic gain      224 225 227—231
Dependent variables, mapping      24 27 28 29—30 31
Dependent variables, notation      59
Dependent variables, parameter estimation      122—123 143 144 172 173 175 177 178 180—182 190
Dependent variables, phase-plane plots      110 111
Dependent variables, rate constant sensitivities      237
Dependent variables, reduced set of      257 258
Dependent variables, replacement with independent variable      128
Dependent variables, S-system      193 196 197 198 205 206 209 212 217 220
Dependent variables, sensitivity analysis      224 225 227—231 237 244 246 247 249 250 252—254 257 258
Dependent variables, steady-state values      119 120 121 122 123 124 193 196 197 198 205 206 209 212 217 220
Dependent variables, sum of      102
Dependent variables, value      22 52 102 119 120 121 122 123 124 127
DeRisi, J.L.      17 18 472 479
derivatives      38 42 44 56 65 110 136 138 147 159 161 165 189 196 198 217 220 25 227 230 234 235 242 244 251 253 254 255 258 260 287 328 406 418 419 420 451
Derivatives logarithmic      156 191 252 450
Derivatives partial      88 89 166 167 170 225 230 241 304 318 394 414 424 425 440 460 461
Derivatives, slopes instead of      174—184
Design principles      3—4 7
design process      8 9 16 17 262 395—396
Determinants      193 200—204 206—210 213 216 218 220 239 382 414 435 437 440 453
Determinants, expansion      211 214 432 434 436 442 467—468
Determinants, linear algebra      430—434
Determinants, minors      433 438
Determinants, total      252—255
Determinism      3
Deterministic      1 410
Detoxification      136
Developmental time scales      6
Diabetes      6 366
Diagnostic analysis      297
Dichotomous effect      12
DICTIONARY      20 28 29 298
Dictyostelium discoideum      129 165—167 171—172 188 223 293—325
Didactic pathway      115 127 176 256 405
Differential equations      8 42—48 51 56—59 65—68 75 77 94 99 101—103 107 123 127 135 137 138 172—175 178 193—195 203 209 220 224 250 256 264 295 297 350 357 363 389 404 406 407 409 410 417 444 445 449 451 458
Differential, total      155 424
Differentiation      140 144 159 166 190 193 219 229 233 236 241 243—245 247 248 251 257 270 291 294 295 297 315 392 418 425 446—448 455 see
Digitonin technique      151 152
Dihydrolipoyl dehydrogenase      300
Dihydrolipoyl transacetylase      300
Dihydroxyadenine      364
Directed connections      64
Directed graph      61 63
Diribonucleotide reductase (DRNR)      334 348
Disease pattern      327 328 396
Disease state      138 193 356 360
Disease, metabolic      345
Dissociation      39
distribution      46 139 294 314 315 327 338 410 411 412
Divergence branch point      25 26 27 77 95 267 323—324
Diverging pathway      95 267 288
DNA      63 145 327 330 347 348 352 353
DNA Data Bank of Japan (DDBJ)      18
DNA, chips      17 18
DNA, degradation      56 346 351
DNA, microarrays      17—18
DNA, model      6
DNA, recombinant      287—288
DNA, sequencing      8 18
DNA, synthesis and degradation      56
Domach, M.M.      284 480
Domain      151 415
Donachies, W.      149 473
Dong, H.      18 171 472 493
Doran, P.M.      260 274 473
dot notation      42 44
Double modulation      157—158
Double-headed arrow      25 26 27 28—29 346
Double-tailed arrow      27 28—29 87 346
Dougherty, B.A.      8 473
Dove, W.      8 470
Drosophilia melanogaster      16
Drugs, degradation of      133
Drugs, inter-individual variability of response to      9 412
Drugs, intervention simulation      141 357 360—361
Drugs, metabolism      133 134 137 141
Drugs, resistance      141
Drugs, screening/testing      1 7 8 327 362 399
Drugs, uricosuric      367—368 462
Duggan, D J.      18 473
Dujon, B.      8 9 475
Dunhill, P.      285 286 396 408 483
Dykhuizen, D.E.      149 473
dynamic data      143
Dynamic data, branched pathway      176—179
Dynamic data, cascades      179—184
Dynamic data, direct estimation from      173—174
Dynamic data, parameter estimation from      172—185
Dynamic data, regression      173—174
Dynamic data, slopes instead of derivatives      174—184
Dynamic response      80 97 112 114 142 143 182 283 325 330 364 397
Dynamical exploration      342
Dynamical solution      84 85 119 120 122 124 126 280 353 361 448 456
Dynamics      60 61 68 78 90 94 103 128 132 140 141 144 146 155 171 172 196 198 199 200 219 221 260 262—264 291 292 327 330 331 333 340 342 343 346 351 357 389 398 403 406 444 445 448 449 452 453 457 461
Dynamics in S-systems      54—55 282—283
Dynamics of biochemical systems      41—49 56 282—283
Dynamics of components      5
Dynamics of networks      63
Dynamics of organisms      5
Dynamics of Petri nets      64
Dynamics of transient responses      105—107
Dynamics, anaerobic fermentation pathway model      282—283
Dynamics, ATP      275—277
Dynamics, bolus experiments      107—108
Dynamics, closed vs. open systems      93
Dynamics, computer simulation      105—119 125
Dynamics, controlled comparisons      114—118
Dynamics, enzyme-catalyzed reactions      43—44 64
Dynamics, feedback      111—115
Dynamics, modification of system characteristics      109—110
Dynamics, molecular level      5 38 39
Dynamics, pathway      38 111—115
Dynamics, persistant changes      108—109
Dynamics, phase-plane plots      110—111
Dynamics, simple pathway with surprise      115—119
Dynamics, steady state      124 130—131
Dynamics, time scale and      6
Dzubow, L.      38 474
Easterby, J.S.      216 232 389 473
Eblen, S.T.      171 486
EC Enzyme Database      15
EcoCyc      16
Ecosystems      11 400
Edelstein-Keshet, L.      212 473
Educated guess      144 345
Edwards, N.L.      359 473
Efficiency      8 19 66 67 86 137 174 216 232 314 323 402 406 419
Efflux      70 73 91 133 144 164 185 194 216 217 232 267 303 305 318 319 331 445 447
Eigenvalues      124—126 209—213 216 280 289 307 309—311 319 320 324 375 376 379 380 402 448
Eigenvalues, complex conjugate      340
Eigenvector      209
Eiglmeier, K.      8 471
Einstein's theory of relativity      37
Einstein, Albert      3
EKG      125
Elastase      29—30
Elasticities      148 153
Electric circuit      48
Elemental chemical kinetics      44 46 53 55
Elion, G.B.      361 473
EMP Enzymology Database      15
Enabling transitions      64
End-product inhibition      80—81 111 122
Endonuclease      346
Energy chemical      14 28
Energy, storage      328 365
Enteropeptidase      30 31
Environment      5 8 24 92 103 109 117 123 222 294 401 402 407 411 412
Environmental Protection Agency (EPA USA)      140 473
Enzyme Reaction Mechanism (ERM) database      16
Enzyme(s)      7 11 16 23 25 31 32 40—42 49 59 62 64 68 105 125 135 138 144 146 150 155 157 159 160 163 165 168 233 246 262 264 268 274 278 284 286 289 295—298 300 305 312 314 315 322—324 327—329 334 340 341 343 344 348 363 368—370 395 396 399 405 407 421 447
Enzyme(s) in models      38
Enzyme(s) overexpressed      290
Enzyme(s), activity      17 122 139 140 148 149 170 188 222 271 273 276 287 310 311 313 320 355—360 360 372 373 375 443
Enzyme(s), affinity      109
Enzyme(s), binding      39
Enzyme(s), bound form      21 90 171
Enzyme(s), concentration constraints      287—288
Enzyme(s), databases      15
Enzyme(s), deficiency      356 443
Enzyme(s), dissociation      39
Enzyme(s), free form      21 90
Enzyme(s), graphical representation      20—21 27
Enzyme(s), polymorphisms      9 17
Enzyme(s), replacement      362
Enzyme(s), scaffold      171
Enzyme(s), unbound form      90 171
Enzyme-catalyzed processes      11 12 25 38 43—44 53 56 64 298 406
Enzyme-enzyme interaction      246
Equation construction, bimolecular reactions      87 88—89
Equation construction, branch-point constraints      82—86 89
Equation construction, branched pathways      77 81—86 89
Equation construction, cascades      86—87
Equation construction, closed systems      93—94
Equation construction, conserved masses      90—91
Equation construction, constraint derivation      87—91
Equation construction, dependent variables      48 52 54 77—78
Equation construction, end-product inhibition      80—81
Equation construction, enumeration of variables      76—77
Equation construction, examples      78—87
Equation construction, exercises      94—96
Equation construction, linear pathways      78—81
Equation construction, open systems      93—94
Equation construction, precursor-product constraints      79—80
Equation construction, purine metabolism model      332—338
Equation construction, reversible pathways      91—93
Equation construction, S-system representations      70 74 76 77 78—80 82—84 92 94 99—103 277—278 338—340 375
Equation construction, stoichiometric constraints      90
Equation construction, tricarboxylic acid cycle      298—306
Equilibrium      163 262 263 264 271 272 434
Equilibrium constant      22 162 169 323 325 367 368 372 373 374 396 398
Equilibrium, thermodynamic      3 92 163 405 462
EQUIVALENCE      79 90 232 246 316 317 379 407 408 461
Equivalence, external      114—115
Equivalent      43 57 66 73 79 88 89 91 93 94 130 137 147 148 184 185 204 210 225 229 248 255 267 277 306 319 371 378 379 382 389 391 397 401 404 410 422 447 449 461
Equivalent, systems      115
Erfle, J.D.      297 484
Ericson, A.      146 149 150 472
Error structure      148
Escherichia coli      3 16 62 293 400 401
Essence of the system      40
Essentially irreversible reaction      25 28 91 168 298 300 304 329 331 367
ESSYNS      67 407
Estimation      92 222 265 268 269 291 307 328 333 340 351 365 391 393 395 396 397 398 404 421 426 427 see
Ethanol      260 261 262 263 267 273 275 281 285 286 288 289 290 291
Ethics      8
Eukaryotes      8
Euler's algorithm      66—67 74
European Bioinformatics Institute Macromolecular Structure Database (EBI/MSD)      18
European Molecular Biology Laboratory (EMBL) database      18
Evolutionary      6 160 222
Exact analogues      137—138
Exact model      50
Exact representation      418
Exhaustive exploration      139 174
Exogenous influences      119 125 126
Exogenous products      285
Exogenous substrate      41 93 94
Exogenous supply      93 94 109 122 187 354
Exogenous, bolus      103 108 109 122 377 397
Exonuclease      346
expansion      54 131 202 203 226 284 296 366
Expansion of determinants      211 214 432 434 436 442 467—468
ExPASy Molecular Biology Server      16 19
Exponential function      44 53 65—66 66 134 137 195 381 439 466
Expression profile      9 18
External equivalence      114—115 316 319 379 407 408
External variables      22
Extrapolation      126 149 171 226 403
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