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| Авторизация |
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| Hermanson G.T. — Bioconjugate Techniques |
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| Предметный указатель |
Palek 412
Palmer 459
Palmitic acid 536
Palmitic acid, NHS ester of 556 557
Palmitoleic acid 535
PAP 497 516
PAP II 497
PAP-S 497
Papahadjopoulos 239 242 243 524 543 566
Papain 458 480
Papain in the preparation of Fab fragments 478 480
Papain, immobilized 480
PAPS 497 498
PAPs, conjugation using SMCC 519
PAPs, modification with 2-iminothiolane 499 504 509
PAPs, structure of 498
Paramyxoviruses 208
Parathyroid hormone 196
Parikh 139 140 172 191 609
Park 193 196 533
Parker 131
Partis 130 140 148 191 209 211
Pascual 274
Patchornick 86
Pathy 284
Paul 153 183 615
Pawley 597
PC 534 541 547 559 565 566
PC, fatty acid constituents 535
PCR 55 640
PDITC 667
PDITC in the conjugation of enzymes to diaminemodified DNA 666
PDP-PE 544 565
PDPH, antibody thiolation with 371
PDPH, general description and use 252
PDTP for immunotoxin preparation 513
PDTP, reaction with EDG 513
Pe 534 541 547 559
PE, activation of, with 542
PE, activation of, with DMS 562
PE, activation of, with glutaraldehyde 561
PE, activation of, with iodoacetic anhydride 568
PE, activation of, with MBS 546
PE, activation of, with SMCC 567
PE, activation of, with SMPB 543 544 565
PE, activation of, with SPDP 544
PE, biotinylated 554 555 558
PE, conjugation using heterobifunctional cross-linkers 542
PE, conjugation with haptens 550
PE, conjugation with proteins using EDC 559
PE, conjugation with proteins using SPDP 565
PE, coupling to antibodies 553
PE, functional derivatives 539 540
Pearson 15
Peeters 236 441
peg 33 142 184 185
PEG, activation with CDI 615
PEG, activation with DSC 202 612
PEG, activation with N-succinimidyl chloroformate 612
PEG, activation with trichloro-s-triazine 607
PEG, amphiphilic properties of 606
PEG, anhydride modification of 609
PEG, carbodiimide coupling of carboxylate-modified 614
PEG, conjugation with haptens 428
PEG, coupling through hydroxyls 155
PEG, epichlorohydrin activation of 617
PEG, general properties and use 606
PEG, hydroxyl functionalities 605
PEG, modification of BSA with 606
PEG, modification of immunotoxin conjugates with 496
PEG, modification with 605
PEG, modification with anhydrides 614
PEG, mPEG derivative of 607
PEG, stabilization of colloidal gold suspensions using 595 600 601 602
PEG, structure of 606
PEG, succinimidyl carbonate derivative of 611
PEG, succinimidyl glutarate derivative of 611
PEG, succinimidyl succinate derivative of 609
PEG, sulfhydryl-reactive derivative of 617
PEG, use as a carrier 428
PEG-amine see “Jeffamine”
Pegylation see “PEG”
Peng 142 186
Pennathur-Das 205
Pentose 27
Pepsin 85 458 459 463 479
Pepsin n the formation of  fragments 478
Pepsin, mobilized 479
Pepstatin A 80
Peptide bonds, freedom of ovement 4
Peptide synthesis, using carbodiimides 154
Peptide synthesis, using CDI 153
Peptides 435
Peptides as synthetic haptens 420
Peptides, conjugation to liposomes 552
Peptides, conjugation to PE-liposomes using EDC 560
Peptides, detection with OPA 113
Peptides, EDC conjugation to carriers 171 429
Peptides, iodination of 407
Peptides, reduction of 86
Peptides, sulfhydryl containing 552
Perham 57 96 126 128 207
Periodate see “Sodium periodate”
Perlman 92
Peroxyoxalate chemiluminescence 338
Peters 453
Petroleum ether 608
Petruzzelli 196
Pfeuffer 207
PG 534 541 547 559 565 566
PG, functional derivatives 539
Phase transition 537
Phase transition, effect of cholesterol 538
Phenol 161 216
Phenol red, conjugation to cBSA using the Mannich reaction 451
Phenol, iodination of 163
Phenolate anion 12 91
Phenolic compounds 402
Phenolic compounds, iodination of 412
Phenolic compounds, reaction with diazonium 224
Phenolphthalein, similarity to fluorescein 300
Phenyl azide see also “Aryl azides”
Phenyl azide of BASED 214
Phenylalanine 6
Phenylglyoxal 160
Phenylglyoxal, reaction with arginine 284
Phenylhydrazine 32
Phosgene in the formation of carbonates 142
Phosgene in the formation of isocyanates 138 158
Phosgene, derivatization of mPEG with 611
Phosphate groups 125
Phosphate groups of nucleotides 51
Phosphate groups of phosphodiglycerides 534
Phosphate groups, modification with bis-hydrazides 124
Phosphate groups, modification with diamines 109
Phosphate groups, reaction with carbodiimides 144 154
Phosphatidic acid 534
Phosphatidic acid, functional derivatives 539
Phosphatidyl choline 531 (see also “PC”)
Phosphatidyl ethanolamine see “PE”
Phosphatidyl glycerol 531 (see also “PG”)
Phosphatidyl inositol see “PI”
Phosphatidyl serine see “PS”
Phosphines 83
Phosphodiester 50 109 124 640 649
Phosphodiglycerides 537
Phosphodiglycerides, composition of 534
Phosphodiglycerides, fatty acid, constituents 534
Phosphodiglycerides, fatty acid, nomenclature 536
Phosphodiglycerides, functional derivatives 539
| Phosphodiglycerides, orientation with cholesterol 537
Phosphoethanolamine 531
Phosphoethanolamine, maleimide activated 531
Phospholipid bilayers 427
Phospholipids 212 528 550 556
Phospholipids, biotinylated 554 555
Phospholipids, composition of 533
Phospholipids, formation of liposomes 531
Phospholipids, labeling with DCIA 338
Phospholipids, protection from oxidation 531
Phospholipids, sources 533
Phospholipids, synthetic 536
Phosphoramidate 52 73 109 124 144 145 154 169 649 651 658 660
Phosphoramidite 53
Phosphorescence, definition of 300
Phosphorimidazolide 109 124 649 651
Phosphorus pentachloride 141
Phosphorus, white, reduction of chloroauric acid with 598
Photoaffinity labeling 256 260 262 274 281
Photobiotin 397
Photobiotin, DNA modification with 657
Photobiotin, general description and use 395
Photobiotin, removal of excess 658
Photodecomposition 333
Photohemin IX 631
Photolysis 254
Photolysis of NHS-ASA 256
Photolysis of phenyl azides 214
Photolysis, light sources 254
photons 298
Photoreactive 229 412
Photoreactive cross-linkers 252
Photoreactive cross-linkers, photolyzing light sources 254
Photosynthetic 362
Phycobiliproteins, activation with SPDP 589
Phycobiliproteins, bilin content 363
Phycobiliproteins, conjugation to avidin using glutaraldehyde 583
Phycobiliproteins, conjugation with avidin or streptavidin 575 588
Phycobiliproteins, conjugation, using SPDP 364
Phycobiliproteins, general description and use 362
Phycobiliproteins, producing activated derivatives 364
Phycobiliproteins, tandem conjugates of 364
Phycobilisome particles 362
Phycocyanin 363
Phycocyanobilin 363
Phycoerythrin 363 488 588
Phycoerythrin, avidin conjugation of 585
Phycoerythrin, conjugate with streptavidin 363
Phycoerythrin, structure and properties 362
Phycoerythrin, tandem conjugate with allophycocyanin 364
Phycoerythrobilin 363
Phycourobilin 363
Phytochrome 208
Phytolacca americana 497
PI 534 541
pI of proteins in gold labeling 595
PI, functional derivatives 539
Pick 532
Pidgeon 533
Pihl 131 497 525
Pikuleva 182
Pillai 618
Pimm 370
Pinocytosis 359 419
Pirker 516
Pizzo 606 607
pKa 7 184
Plank 308
Plant 554 555 558
Plapp 105
plasma 394
Plasma cells 419
Platelet glycoprotein Ib 266
Platelets 194 196
Platz 164 254
Ploem 302
Plotz 34 100
PMPI 138
PMSF 80
PNP-DTP 165
PNP-DTP, general description and use 274
Podhradsky 138 303 318
Pokeweed antiviral proteins see “PAPs”
Politz 286
Poly(acrylic acid) 605
Poly(amino acids) 605
Poly(ethylene glycol) see “PEG”
Poly(ethylene imine) 106
Poly(ethylene imine), modification with epichlorohydrin-activated PEG 617
Poly(L-glutamic acid) 422
Poly(L-glutamic acid), conjugation methods 428
Poly(L-glutamic acid), use as a carrier 428
Poly(L-lysine) 270 422 605
Poly(L-lysine) in MAP 428
Poly(L-lysine), conjugation methods 428
Poly(L-lysine), modification with DTPA 366
Poly(L-lysine), succinylated 370
Poly(L-lysine), use as a carrier 421 428
Polyaldehyde dextran 287
Polyclonal antibodies 456
Polyclonal antisera 456
Polyether 101
Polymerase chain reaction see “PCR”
Polymerization 24
Polymerization in glutaraldehyde cross-linking 470 635
Polymerization in hapten-carrier conjugation using EDC 429 432
Polymerization in immunotoxin conjugation 503
Polymerization in Mannich reaction 161
Polymerization of biotinylated enzyme and avidin 572
Polymerization of ethylene oxide 606
Polymerization of ethylenimine 104
Polymerization of maleic anhydride 95
Polymerization, common with homobifunctional cross-linking 187
Polymerization, limited with heterobifunctional reagents 228
Polymerization, prevention by blocking agents 125
Polymerization, with EDC 172
Polymers, gold-labeled 596
Polymers, modification with 605
Polymers, use as a carrier 421 428
Polyphosphazenes 605
Polysaccharide 315
Polysaccharide as spacer in the preparation of immunotoxins 524
Polysaccharide of antibody molecules 459
Polysaccharide, binding of by plant toxins 497
Polysaccharide, detection using hydrazide compounds 121
Polysaccharide, labeling with Texas Red hydrazide 330
Polysaccharide, modification with anhydrides 91
Polysaccharide, oxidation with periodate 475
Polysaccharide, oxidation with sodium periodate 472
Polysaccharide, structure 34
Polysaccharide, thiolation using PDPH 371
Polysaccharides 315 605
Polysaccharides as carriers for antibody conjugates 494
Polysaccharides as spacer in the preparation of immunotoxins 524
Polysaccharides of antibody molecules 459
Polysaccharides, activation of hydroxyls 33
Polysaccharides, asparagine-linked 36
Polysaccharides, attachment to proteins 20
Polysaccharides, binding of by plant toxins 497
Polysaccharides, conjugation using  251
Polysaccharides, conjugation using carbonyl—and sulfhydryl-reactive cross-linkers 249
Polysaccharides, conjugation using MPBH 250
Polysaccharides, conjugation using PDPH 252
Polysaccharides, coupling through hydroxyls 155
Polysaccharides, detection using hydrazide compounds 121
Polysaccharides, labeling with AMCA-hydrazide 340
Polysaccharides, labeling with biotin-hydrazide 390
Polysaccharides, labeling with Texas Red hydrazide 330
Polysaccharides, modification with anhydrides 91
Polysaccharides, oxidation with oxidases 116
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