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Gosling J.P. (ed.) — Immunoassays: A Practical Approach
Gosling J.P. (ed.) — Immunoassays: A Practical Approach



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Название: Immunoassays: A Practical Approach

Автор: Gosling J.P. (ed.)

Аннотация:

A practical manual presenting step-by-step protocols designed to help biologists develop an immunoassay in any common format for any suitable analyte. Describes methods for raising and choosing polyclonal and monoclonal antibodies, immunogen preparation and characterization, sourcing standards, the synthesis and characterization of radioactive, enzymatic, fluorescent, and ligand labels, the preparation of a wide variety of solid-phase reagents, assay optimization, validation of quantitative and qualitative assays, curve fitting and data processing, and quality assurance procedures for small- and large-scale users.


Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2000

Количество страниц: 303

Добавлена в каталог: 23.11.2006

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Immobilization methods, noncovalent adsorption      140-141 155-156
Immunization      25-32
Immunization, in vitro      55
Immunization, injections      29
Immunization, monitoring      32-36
Immunoassay      1-2
Immunoassay, accuracy      see "Accuracy"
Immunoassay, automated      7 130
Immunoassay, automated, quality control      280-281
Immunoassay, designs      8-13 130
Immunoassay, drift      218 219
Immunoassay, formats      14
Immunoassay, interference      197 199-208
Immunoassay, kits      295-296
Immunoassay, nomenclature      13-14
Immunoassay, notation system      7-8
Immunoassay, optimization      187-210
Immunoassay, precision      see "Precision"
Immunoassay, sensitivity      see "Sensitivity"
Immunoassay, specificity      see "S\pecificity"
Immunoassay, validation      211-238
Immunodot-blot ELISA      151 153-154
Immunogens      25-26 165-182
Immunogens, characterization      180-182
Immunogens, dose      26
Immunogens, purification      168-169
Immunogens, recombinant      170
Immunogens, storage      182
Immunogens, suppliers      295
Immunogens, synthetic      169-170
Immunoglobulin G (IgG)      2-4
Immunoglobulin M (IgM)      4
Immunometric assay      14
Immunoreactivity      123-124
Immunosensors      8 9
Imprecision      see "Precision"
In vitro immunization      55
Incubation time      195 196
Injection routes      29
Interference      197 199-208
Internal quality control      198 265-282 283
Internal quality control, automated assays      280-281
Internal quality control, benefits of      277
Internal quality control, charts      272-273 281
Internal quality control, implementing      276-277
Internal quality control, limitations of      278 280
Internal quality control, repeat analytical controls      281
Internal quality control, results interpretation      273-274
Internal quality control, rules      274-276
Internal quality control, specimens      268-271
Iodine-125      89 90
Iodine-125, radioiodination      99-103
Iodogen      102-103
Isobutylchloroformate method      174
Label-free assays      8-9
Labelled-antigen ELISA      75-76
labels      66-67 89-95
Labels, chemiluminescent      89
Labels, enzymatic      90 92-93 125-126
Labels, fluorescent      90 93-94 121-122
Labels, immunoreactivity      123-124
Labels, indirect      94-95
Labels, ligand      90 94
Labels, luminescent      90
Labels, microparticle      90
Labels, radioisotopic      89-92 99-103
Labels, secondary      94
Labels, specific activity      124-125
Labels, stability      125
Labels, storage      125-126
Labels, suppliers      296
Labels, vesicle      90
Laboratory performance      288-289
Laboratory reports      265
Lactoperoxidase      103
Langmuir plot      64-65
Lanthanide chelates      93-94 121-122
Latex microspheres      90 130-131 155-160 297-298
Latex microspheres, aldehyde-modified      157 158-159
Latex microspheres, amino-modified      156-157
Latex microspheres, bead size      155
Latex microspheres, carboxyl-modified      156-157
Latex microspheres, storage      161
Latex microspheres, sulfated      155
Latex microspheres, tosyl-activated      157 158
Levey — Jennings chart      272 273
Ligand immobilization      see "Immobilization methods"
Ligand labels      90 94
Limit of quantification      190-191
Limiting dilution cloning      45-47
Linearizing transformations      241
Linscotts Directory      68
Liquid phase assay      130
Log-logistic model (4PL)      245-247 260
Logit-log model      244 245 247 254-259
Lower limit of detection      188-190
Luminescence      90 98-99
Lyophilized sera      270
Maleic anhydride plates      135 148-149
Maleimides      177
Maleimides, measurement      115
Maleimides, plates      138 149-150
Mannich condensation      178 179
Maps      170
MBS      105
Media, preparation      37 38
Media, recipes      37
Media, supplements      37-41
Membranes      150-154 298
Membranes, carbodiimide-activated      151-152
Membranes, handling      161
Membranes, storage      161
Method means      286
Method performance      287-288
Mice      see "Mouse"
Microarray/microchip      8 13
Microparticle labels      90
Microspheres      90 130-131 155-160 297-298
Microspheres, aldehyde-modified      157 158-159
Microspheres, amino-modified      156-157
Microspheres, bead size      155
Microspheres, carboxyl-modified      156-157
Microspheres, storage      161
Microspheres, sulfated      155
Microspheres, tosyl-activated      157 158
Microtitre plates      130 144-150 297
Microtitre plates, activated      145-146 148-149
Microtitre plates, binding abilities      144
Microtitre plates, blocking      142-144 145 146-147
Microtitre plates, coating      140 145 146-147
Microtitre plates, column effect      198
Microtitre plates, commercially prepared      145 147-149
Microtitre plates, edge effects      144-145 198-199 218
Microtitre plates, handling      160-161
Microtitre plates, storage      145-146 160
Mitsunobu reaction      138
Monoclonal antibodies      19 20
Monoclonal antibodies, raising      21-23 30-31 33 49-51
Morphine      199
Mouse, bleeds      23
Mouse, immunization      29 30-31
Mouse, immunogen dose      26
Mouse, myeloma cell lines      21
MultiCalc™      260
Myeloma cell lines      21-22
NHS coupling      134-135 175
Nomenclature      13-14
Noncompetitive assay optimization      193-194
Noncovalent adsorption      140-141 155-156
Nonspecific binding      142
Notation system      7-8
Nucleic acid antigens      26
Nylon membranes      see "Membranes"
One-site assays      8 9
ONPG      97
OPD      96
Oriented coupling      138-139
Ouchterlony method      62 73 74
Oxiranes      135
Paratopes      2-3 5-6
Particle capture assay      130
Performance assessment      286-289
Periodate oxidation      108-109 111-112
Ph      7 195
Phage display      56
Plant antibodies      56
Plasma binding proteins      200-203
Plasmid DNA expression vectors      26
PNPP      97
Polyclonal antibodies      19 20
Polyclonal antibodies, raising      23-25 32-33
Polymer blocking agents      143-144
Polyspecific antibodies      203
Polystyrene microspheres      155 156
Polystyrene tubes      150
Pooled material      269-270
Positional effects      144-145 198-199 218
Precipitation      8 9
PRECISION      217-222 265 283 288
Precision, profiles      223
Product information sheets      67 68
Protease inhibitors      182
Protein assays      183
Protein blocking agents      142-143
Protein denaturation      160
Protein G affinity chromatography      52-53 54-55
Protein-protein conjugation      104-105 109-117
Protein-protein conjugation, glutaraldehyde method      109-111
Protein-protein conjugation, periodate oxidation      111-112
Purification methods      168-169
Purification methods, affinity chromatography      52-53 54-55
Purification methods, ammonium sulfate precipitation      52 53
Purification methods, hydroxyapatite chromatography      52 54
Pyridyl disulphides      177
Qualitative assays      232
Qualitative assays, accuracy      235
Qualitative assays, grey zone      233-234
Qualitative assays, specificity      232-233
Qualitative assays, validation      233-235
Quality assessment      198
Quality assessment, limitations of      289 292
Quality assessment, providers      296-297
Quality assessment, specimens      271 285
Quality assurance      263-293 296-297
Quality control      198 265-282 283
Quality control of automated assays      280-281
Quality control, benefits of      277
Quality control, charts      272-273 281
Quality control, implementing      276-277
Quality control, limitations of      278 280
Quality control, repeat analytical controls      281
Quality control, results interpretation      273-274
Quality control, rules      274-276
Quality control, specimens      268-271
Rabbit, antibodies      23
Rabbit, bleeds      23
Rabbit, immunization      29 30
Rabbit, immunogen dose      26
Radioiodination      99-103
Radioiodination of immunoglobulin with iodogen      102-103
Radioiodination of immunoglobulin with lactoperoxidase      103
Radioiodination, safety      100-101
Radioisotopic labels      89-92 99-103
Radioreceptor assay      14
Random coupling      139-140
Random error      265
Rat, antibodies      22-23
Rat, bleeds      23
Rat, immunization      29
Rat, immunogen dose      26
Rat, myeloma cell lines      21-22
Reagent excess assays      8 9 13
Reagent limited assays      8 13 see
Reagents, concentration optimization      191-194
Reagents, sourcing      161
Reagents, stability      235-237
Reagents, storage      236 267
Recombinant antibodies      55-56
Recombinant immunogens      170
Recombinant immunogens, recovery of added standard      224-226
Recovery specimens      271
Reducing agents      207
Reference method      228-230 266 286
Repeat analytical controls      281
Response metameters      240
Response-error relationship      240
Results, reporting      265
Rheumatoid factors      203
Run      266
SAMSA      104-105
Sandwich assay      9
SATA      105
Scatchard plot      63-64
Screening procedures      32-36
Secondary antibodies      59-61 94
Secondary labels      94
Semiquantitative assay      232
Semiquantitative assay, accuracy      235
Semiquantitative assay, grey zone      233-234
Semiquantitative assay, specificity      232-233
Semiquantitative assay, validation      233-235
Sensitivity      76 187-196 222-224
Sensitivity and incubation time      195 196
Sensitivity and pH      195
Sensitivity and temperature      194 195 196
Sensitivity, and reagent concentration      191-194
Sensitivity, defined      188
Sensitivity, diagnostic      235
Sensitivity, estimators      187-191 223-224
Sensitivity, estimators, limit of quantification      190-191
Sensitivity, estimators, lower limit of detection      189-190 223-224
Separation assay      see "Solid-phase immunoassay"
Separation free assay      8 13 129
Serum preparation      32
SIAB      108
Single-chain variable-fragment phage display libraries      56
Sips plot      65-66
SMCC      105 106 114-115
Software      260
Solid-phase immunoassay      129-163
Solid-phase immunoassay, immobilization methods      131-144
Solid-phase immunoassay, immobilization methods, covalent attachment      132-140 156-159
Solid-phase immunoassay, immobilization methods, indirect      141-142
Solid-phase immunoassay, immobilization methods, ligand preparation      132
Solid-phase immunoassay, immobilization methods, noncovalent adsorption      140-141 155-156
Solid-phase immunoassay, membranes      150-154 298
Solid-phase immunoassay, microspheres      130-131 155-160 297-298
Solid-phase immunoassay, microtitre plates      130 144-150 297
Solid-phase immunoassay, supports      130-131
Solid-phase immunoassay, tubes      150 298
Spacer arms/groups      117
SPDP      105
Specific activity      124
Specificity      14-15 61 69-76 212-217 232-233
Specificity, diagnostic      235
Specimens      264-265
Specimens for quality assurance      268-271 285
Spleen lymphokine      39 40-41
Splenocyte feeder cells      39-40
Stability of reagents      235-237
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