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Àâòîðèçàöèÿ |
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Ïîèñê ïî óêàçàòåëÿì |
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Lakowicz J.R. — Principles of Fluorescence Spectroscopy |
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Ïðåäìåòíûé óêàçàòåëü |
Steady-state amsotropy, DPH in DPMC vesicles 316
Steady-state amsotropy, proteins, tryptophan position and 467
Steady-state and time-resolved fluorescence principles 14—15
Steady-state data, distance distributions from 419—420
Steady-state intensity 14
Steady-state measurements, continuous relaxation model 227
Steady-state measurements, light sources 28—31
Steady-state measurements, relaxation rate information 222
Stellacyanin 463—464
Steric shielding, quenching 245—247 279 280
Stern — Volmer equation 239 243
Stern — Volmer equation, deviations from 244—245
Stern — Volmer plots 463—464
Stern — Volmer plots, modified 248—249
Stern — Volmer quenching 11
Stern — Volmer quenching constant 239
Steroid analogs 81
Steroid hinding protein (SBP) 246
Steroids, quenching 244 245—246
Stokes, G.G, 7
Stokes’ shift 6 114 189
Stokes’ shift, advanced solvent-sensitive probes 205 206
Stokes’ shift, dielectric constant and refractive index effects 187 188
Stokes’ shift, solvent effects 189 196—197 200
Stray light 34—35
Streak cameras 117—118
Stretched exponentials, time-domain lifetime measurements 131
Stroboscopic sampling 116—117
Structural analogs of biomolecules 81 82
Structure, protein see “Conformation” “Protein
Structure, steric shielding and quenching 245—247
Subpicosecond intensity decays 135—136
Substrate binding to ribozymes 256—257
Subtiiisin 493 509
Succininude 238 239 241
Sulforhodamine 101 (SR 101) 541—542
Sulfur dioxide 541
Support materials, oxygen sensors 537 538
T-format anisotropy measurement 299—300
TAMRA 599 600
Temperature effects, excited state lifetime 222—223
Temperature effects, LE and 1CT states of Prodan 200—201
Temperature effects, room-temperature phosphorescence of proteins 509
Temperature effects, rotational motion of proteins 305
Temperature effects, solvent relaxation 198—201
Terbium probes 86 87
Terbium, DNA hybridization 420—421
Terbium, energy transfer 373 416 435
Terbium, Forster distances 388
Terbium, quenchers of 238
Terminal deoxynucleotide transferase 500
Tet repressor 134 253—255
Tetraethylorthosilicate 542
Tetramemylrhodamine 596 614
Tetramethyl-6-carboxyrhodamine 599 600
Tetramethylrhodamine isothiocyanates (TRITC) 67 69
Tetranethylrhodanune (TMR) 420—421
Tetraoctylanunonium hydroxide (TOAH) 542
Texas red 70 71 596 614
TexasRed-PE 72 73
Thallium 238
Theory 368—374
Theory, anisotropy 293—295
Theory, anisotropy decay 363
Theory, energy transfer, homotransfer and heterotransfer 373—374
Theory, energy transfer, orientation factor () 371—373
Theory, energy transfer, transfer rate dependence on distance, overlap integral, and orientation factor 373
Theory, frequency-domain lifetime measurements 142—147
Theory, frequency-domain lifetime measurements, estimation of parameter uncertainties 146—147
Theory, frequency-domain lifetime measurements, global analysis of data 146
Theory, frequency-domain lifetime measurements, least squares analysis of intensity decays 144—146
Theory, literature references 654
Theory, phase-sensitive detection 619—627
Theory, phase-sensitive detection, emission spectra of two-component mix-tare 621—623
Theory, phase-sensitive detection, examples of PSDF and phase suppression 624—626
Theory, phase-sensitive detection, high-frequency or low-frequency 626—637
Theory, phase-sensitive detection, phase suppression 623—624
Theory, phase-sensitive detection, quenching 239—242
Theory, relaxation dynamics, time-dependent 224—225
Thermolystn 373
Thermophilic -glycosidase 505—506 507
Thiazole dyes, DNA technology 605 606
Thiazole orange 75 76
Thincyanate 238 540
Three-decay time model 155
Thymol blue 541—542
Thyrotropin 561
Thyroxine 563
Tifluoroacetamide (TEA) 238 247—248
Time-correlated single-photon counting (TCSPC) 100 101—103
Time-correlated single-photon counting (TCSPC), convolution integral 103
Time-correlated single-photon counting (TCSPC), detectors 111—116
Time-correlated single-photon counting (TCSPC), detectors, color effects in 114—116
Time-correlated single-photon counting (TCSPC), detectors, dynode chain PMTs 113—114
Time-correlated single-photon counting (TCSPC), detectors, MCP PMTs 111—113
Time-correlated single-photon counting (TCSPC), detectors, photodiodes as 114
Time-correlated single-photon counting (TCSPC), detectors, timing effects of monochromators 116
Time-correlated single-photon counting (TCSPC), electronics 109—111
Time-correlated single-photon counting (TCSPC), electronics, constant fraction discriminators 109—110
Time-correlated single-photon counting (TCSPC), electronics, delay lines 110—111
Time-correlated single-photon counting (TCSPC), electronics, multichannel analyzer (MCA) 110
Time-correlated single-photon counting (TCSPC), electronics, pulsepileup 111
Time-correlated single-photon counting (TCSPC), electronics, time-to-amplitude converter (TAC), standard and reversed 110
Time-correlated single-photon counting (TCSPC), examples of data 102—103
Time-correlated single-photon counting (TCSPC), light sources 103—109
Time-correlated single-photon counting (TCSPC), light sources, femtosecond titaniumrsapphire lasers 106—107
Time-correlated single-photon counting (TCSPC), light sources, flashlamps 107—108 109
Time-correlated single-photon counting (TCSPC), light sources, picosecond dye lasers 104—106
Time-correlated single-photon counting (TCSPC), light sources, solid-state lasers 109
Time-correlated single-photon counting (TCSPC), principles 101—102
Time-dependent solvent relaxation, theory of 224—225
Time-domain lifetime measurements 95—136
Time-domain lifetime measurements, alternative methods for time-resolved measurements 116—118
Time-domain lifetime measurements, alternative methods for time-resolved measurements, pulse sampling or gated detection 116—117
Time-domain lifetime measurements, alternative methods for time-resolved measurements, streak cameras 117—118
Time-domain lifetime measurements, alternative methods for time-resolved measurements, upconversioa methods 118
Time-domain lifetime measurements, biopolymers, nwltiexponential or heterogeneous decays of 98—101
Time-domain lifetime measurements, data analysis 118—121
Time-domain lifetime measurements, data analysis, assumptions of nonlinear least-squares method 119
Time-domain lifetime measurements, data analysis, autocorrelation function 121
Time-domain lifetime measurements, data analysis, goodness of fit () 120—121
Time-domain lifetime measurements, data analysis, least-squares analysis 119—120
Time-domain lifetime measurements, examples of time-domain and frequency-domain lifetimes 97—98
Time-domain lifetime measurements, examples of time-domain and frequency-domain lifetimes,lifetime or decay time, meaning of 96—97
Time-domain lifetime measurements, examples of time-domain and frequency-domain lifetimes,phase modulation lifetimes 97
Time-domain lifetime measurements, frequency-domain measurements 95—98
Time-domain lifetime measurements, global analysis 132
Time-domain lifetime measurements, intensity decay laws 129—132
Time-domain lifetime measurements, intensity decay laws, lifetime distributions 130—131
Time-domain lifetime measurements, intensity decay laws, multiexponential decay 129—130
Time-domain lifetime measurements, intensity decay laws, stretched exponentials 131
Time-domain lifetime measurements, intensity decay laws, transient effects 131
Time-domain lifetime measurements, multiexponential decays, analysis of 121—129
Time-domain lifetime measurements, multiexponential decays, analysis of, anthnnilic acid and 2-arninopurine 124—126
Time-domain lifetime measurements, multiexponential decays, analysis of, global analysts, muluwavekngth measurements 126
Time-domain lifetime measurements, multiexponential decays, analysis of, goodness of fit comparison, F-statistic 122
Time-domain lifetime measurements, multiexponential decays, analysis of, number of photon counts, effect of 124
Time-domain lifetime measurements, multiexponential decays, analysis of, p-terphenyl and indole 121—122
Time-domain lifetime measurements, multiexponential decays, analysis of, parameter uncertainty-confidence intervals 122—124
Time-domain lifetime measurements, multiexponential decays, analysis of, resolution of three closely spaced lifetimes 126—128
Time-domain lifetime measurements, representative intensity decays 132—136
Time-domain lifetime measurements, representative intensity decays, chlorphyll aggregates in hexane 134
Time-domain lifetime measurements, representative intensity decays, erythrosyn B, picosecond decay time 133—134
Time-domain lifetime measurements, representative intensity decays, FAD intensity decay 134—135
Time-domain lifetime measurements, representative intensity decays, green fluorescent protein, systematic data errors 133
Time-domain lifetime measurements, representative intensity decays, microsecond luminescence decays 135 573
Time-domain lifetime measurements, representative intensity decays, single-tryptophan protein 132—133
Time-domain lifetime measurements, representative intensity decays, subpicosecond intensity decays 135—136
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC) 101—103
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC) detectors 111—116
| Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC) detectors, color effects in 114—116
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC) detectors, dynode chain PMTs 113—114
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC) detectors, MCPPMTs 111—113
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC) detectors, photodiodes as 114
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC) detectors, timing effects on monochromators 116
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC) electronics 109—111
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC) electronics, constant fraction discriminators 109—110
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC) electronics, delay tines 110—111
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC) electronics, multichannel analyzer (MCA) 110
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC) electronics, pulse pileup 111
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC) electronics, time-to-amplitude converter (TAC), standard and reversed 110
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC) light sources 103—109
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC) light sources, femtosecond titanium:sapphire lasers 106—107
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC) light sources, flashlamps 107—108 109
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC) light sources, picosecood dye lasers 104—106
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC) light sources, sobd-state lasers 109
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC), convolution integral 103
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC), examples of data 102—103
Time-domain lifetime measurements, time-correlated single-photon counting (TCSPC), principles 101—102
Time-domain lifetime standards 647 649
Time-domain measurements, anisotropy decay 304 354—355 364
Time-domain measurements, protein distance distributions from 409
Time-resolved emission spectra (TRES) see also “Relaxation dynamics”
Time-resolved emission spectra (TRES), biochemical examples 215—222
Time-resolved emission spectra (TRES), biochemical examples, analysis 218—220
Time-resolved emission spectra (TRES), biochemical examples, apomyoglobin 215—217
Time-resolved emission spectra (TRES), biochemical examples, labeled membranes 217—218 219
Time-resolved emission spectra (TRES), biochemical examples, proteins, spectral relaxation in 220—222
Time-resolved emission spectra (TRES), frequency-domain data for calculation of 527
Time-resolved emission spectra (TRES), measurement 213—215
Time-resolved emission spectra (TRES), versus DAS 230—231
Time-resolved fluorescence, anisotropy decay 99 304
Time-resolved fluorescence, Forster distance determination 428
Time-resolved fluorescence, light sources 31
Time-resolved fluorescence, principles 14—15
Time-resolved fluorescence, protein see “Protein fluorescence tune-resolved”
Time-resolved fluorescence, reasons for 15
Time-resolved fluorescence, reversible two-state model 518—519
Time-resolved immunoassays 560—562
Time-resolvod energy transfer see “Energy transfer time-resolved”
Time-to-amplitude converter (TAQ 102 110
Tin 606 607
Tissue factor 470
Titaniunrsapphire lasers 106—107 480
TMA 412—415
TMA-DPH 72
TMR (tetramethylrhodaniine) 388
TNB (trinitrophenyl) 388
TNS [6-(p-tolindinyl)naphthalene—2-sulfonic acid] 17 71
TNS [6-(p-tolindinyl)naphthalene—2-sulfonic acid], excited-state reactions 219 515
TNS [6-(p-tolindinyl)naphthalene—2-sulfonic acid], phase-sensitive detection 621—624 625 626
TNS [6-(p-tolindinyl)naphthalene—2-sulfonic acid], protein studies 466
TNS [6-(p-tolindinyl)naphthalene—2-sulfonic acid], red-edge excitation 232
TNS [6-(p-tolindinyl)naphthalene—2-sulfonic acid], solvent effects 191
TNS [6-(p-tolindinyl)naphthalene—2-sulfonic acid], vesicles, TRES 219
TO 605 606
Toto 77 605 607
TOTTN 606—607
TR1TC (tetramethylrhodamine isothiocyanates) 67 69
Transient effects, time-domain lifetime measurements 131
Transit time spreads (TTS) 111—113
Transition metal-ligand complexes see “Metal-ligand complexes” “Specific
Transition metals, quenching by 238 239
Transition moments, anisotropy 312—314
trans—4-Dimethylamino—4-(1-oxybutyl)-stilbene(DOS) 186
TRES see “Time-resolved emission spectra”
Tricbloroethanol (TCE) 239 251
Trifluoroethanol (TFE) 255—256
Triphenylene 314
Tripropionin 354
tRNA binding to tRNA synthetase 306—307
Troponin 1 497
Troponin C 407—409 479—480
Trp repressor-DNA binding anisotropy 309
Trypsin 304
Tryptophan 12 15 64
Tryptophan analogs, protein fluorescence 476—479
Tryptophan quenching 238 239 244 461—465
Tryptophan quenching by phenylalanine 503—504
Tryptophan quenching, accessibility of quencher 18 250 463—464
Tryptophan quenching, emission maxima, effects of 461 —463 466—467
Tryptophan quenching, emission spectra resolution by 464—465
Tryptophan quenching, quenching constant 241—242 466—467
Tryptophan repressor, site-directed mutagenesis 504
Tryptophan, absorption and emission spectra 16
Tryptophan, acceptor decay 416
Tryptophan, aspartate transcarbamylase 504—505
Tryptophan, conformational changes and accessibility 250
Tryptophan, corrected emission spectra 642
Tryptophan, emission in apolar environment 454—456
Tryptophan, energy transfer 374 375
Tryptophan, excitation polarization spectra 447—449
Tryptophan, frequency-domain lifetime measurements 176—177
Tryptophan, intensity decays 489—491
Tryptophan, pH and 487 489
Tryptophan, quantum yield standards 52
Tryptophan, resonance energy transfer in proteins 456 457 458
Tryptophan, rotamers 488
Tryptophan, rotational correlation times 497
Tryptophan, simulated intensity decay 99
Tryptophan, solventeffects on emission spectra 449—450
Tryptophan, spectral properties 446 447
Tryptophan, structure 489
Tryptophan, TRES 220
TTCT (twisted internal charge transfer) 186—187 197 200 515 536
TU2D 412—415
Tune-dependent anisotropy decays see “Anisotropy decays tune-dependent”
Twisted internal charge-transfer state (TTCT) 186—187 197 200 515 536
Two-channel method of anisotropy measurement 299—300
Two-component mixture, phase-sensitive detection 621—623
Two-emission spectra of Trp 176—177
Two-photon excitation anisotropy 315—316
Two-photon excitation, instrumentation 57—59
Two-state pH sensors 545—551
Two-state relaxation 212—213 226—230
Tyr- 388
Tyr-Trp 458
Tyrosinate-like emissions 451
Tyrosine 64 650
Tyrosine proteins, genetically engineered 472—473
Tyrosine, corrected emission spectra 642
Tyrosine, dipeptides 458
Tyrosine, excitation polarization spectra 447—449
Tyrosine, excited-state ionization of 450—451
Tyrosine, ground-state complex formation by 451—452
Tyrosine, intensity decays 488 489—491
Tyrosine, quantum yield standards 52
Tyrosine, quenchers of 238
Tyrosine, resonance energy transfer in proteins 456 457 458
Tyrosine, spectral properties 446 447
Tyrosine, structure 489
Tyrosine, vasopressin 173
Tyrosyl transferase 469 470
Ultraviolet Oashlarnps 107—108
Ultraviolet standards 639 642
Umbelliferone (7-hydroxycoumarin) 3 79
Umbelliferyl phosphate 3 79
Underiabeling 416—417
Upoonversion methods, time-resolved measurements 118
Uridine quenching 243 244
Valinomycin 544
Vasopressin 172—173
Vesicles, Patman-labeled, TRES 217—218 219
Vesicles, Prodan 201
Vesicles, red-edge excitation 232—233
Vesicles, RET in rapid-diffusion limit 437
Vesicles, TNS-labeled, TRES 219
Vibrational structure of fluorophores 4
Viscosity and decay-associated spectra 501
Viscosity and rotational diffusion 304
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