Assays utilizing the high specificities of antibodies or other receptors make it possible to detect and quantify many substances present in only minute traces in complex biological materials.

duxiu/initial_release/40109458_METHODS IN ENZYMOLOGY VOLUME 74 IMMUNOCHEMICAL TECHNIQUES PART C_p729.zip

zlibzh/no-category/JOHN J.LANGONE HELEN VAN VUNAKIS, Editor-in-chief Kaplan, Nathan P. Editor-in-chief Colowick -, Nathan P. Colowick, Nathan P. Kaplan, John J Langone, Helen Van Vunakis/METHODS IN ENZYMOLOGY VOLUME 74 IMMUNOCHEMICAL TECHNIQUES PART C_116608044.pdf

Immunochemical Techniques, Part B, Volume 73: Volume 73: Immunochemical Techniqies Part B (Methods in Enzymology)

Immunochemical Techniques, Part C, Volume 74: Volume 74: Immunochemical Techniques Part C (Methods in Enzymology)

METHODS IN ENZYMOLOGY VOLUME 73 IMMUNOCHEMICAL TECHNIQUES PART B

Nathan P. Colowick, John J. Langone, Helen Van Vunakis, Nathan P. Kaplan

Helen Van Vunakis; John J Langone; Giovanni Di Sabato; Johannes Everse

Sidney P. Colowick; Nathan Oram Kaplan

Langone, John J.; Van Vunakis, Helen

Academic Press, Incorporated

Morgan Kaufmann Publishers

Brooks/Cole

Methods in enzymology, v. 70, 73, 74, 84, 92, 93, 108, 116, 121, 132, 150, 162, 163, New York, 1980-<1988>

United States, United States of America

November 28, 1981

August 28, 1981

1, 1982

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topic: Immunochemistry; Immunoassay; Immunochemistry

Type: 英文图书

Bookmarks:
1. (p1) Section 1. Production of Antibodies
1.1. (p3) 1. Preparation of Monoclonal Antibodies: Strategies and Procedures
1.2. (p46) 2. Production of Antisera with Small Doses of Imnumogen: Multiple Intradermal Injections
1.3. (p52) 3. Production of Specific Antisera by Immunization with Precipitin Lines
1.4. (p57) 4. Polymers for the Sustained Release of molecules: Their Use in a Sinsle-Step Method of Immunization
2. (p78) Section 2. Labeling
2.1. (p79) 5. ~(125)Iodinated Tracers for Hapten-Specific Radioimmunoassays
2.2. (p112) 6. Radioiodinationn by Use of the Bolton-humter and Related Reagents
2.3. (p127) 7. Use of ~(125)I-Labeled Anti-2,4-Dinitrophenyl(DNP) Antibodies as a Tracer in Solid-Phase Radioimmunoassays
2.4. (p138) 8. Tritiation of Proteins to High Specific Activity: Application to Radioimmunoassay
2.5. (p147) 9. Methods for the Preparation of Enzyme-Antibody Conjugates for Use in Enzyme Immunoassay
2.6. (p166) 10. Purification of Peroxidase-Conjugated Antibody for Enzyme Immunoassay by Affinity Chromatography on Concanavalin A
2.7. (p176) 11. Preparation of Protein A-Enzyme Monoconjugate and Its Use as a Reagent in Enzyme Immunoassays
2.8. (p191) 12. Effect of Catalytic Hydrogenation of Cellular Lipid and Fatty Acid on the Susceptibility of Tumor Cells to Humoral Immune Killing
3. (p202) Section 3. Separation Techniques in Immunoassay
3.1. (p203) 13. Use of Particulate Immunosorbents in Radioimmunoassay
3.2. (p224) 14. Antibody-Coated Plastic Tubes in Radioimmunoassay
3.3. (p239) 15. Quantitation of Antibodies Immobilized on Plastics
3.4. (p245) 16. Radioimmtmoassay of Peptide Hormones Using Killed Staphylococcus aureus as a Separating Agent
3.5. (p254) 17. Microencapsulation of Antibody for Use in Radioimmunoassay
3.6. (p261) 18. High-Pressure Liquid Chromatography and Radioimmunoassay for the SpeCific and Quantitative Determination of Endorphins and Related Peptides
3.7. (p275) 19. Qualitative and Quantitative Analysesof Arachidonic Acid Metabolites by Combined High-Performance Liquid Chromatography and Radioimmunoassay
4. (p289) Section 4. Immunoassay Methods for the Detection of Antigens and Antibodies
4.1. (p289) A. Immunoassay in Gels
4.1.1. (p291) 20. Single Radial Immunodiffusion
4.1.2. (p306) 21. The Two-Cross Immunodiffusion Technique Determining Diffusion Coefficients and Precipitating Titers of Antigen and Antibody
4.1.3. (p319) 22. Antigen Quantitation by a Reverse Hemolytic Assay
4.1.4. (p326) 23. The Reverse plaque-Forming Cell Assay
4.1.5. (p339) 24. Electroimmunoasssay
4.1.6. (p370) 25. Quantitation of Antigens by Densitometric Scanning of Immunoelectrophoretic Precipitates
4.2. (p381) B. Immunoassays Dependent on Radiolabeled Tracers
4.2.1. (p383) 26. Ultrasensitive Enzymic Radioimmunoassay
4.2.2. (p394) 27. Autoradiographic Immunoassay (ARIA)
4.2.3. (p406) 28. Methods for Binding Cells to Plastic: Application to Solid Phase Immunoassays for Cell-Surface Antigens
4.2.4. (p418) 29. Microprocedures for Quantitative Immunochemical Analysis of Antigenic Molecules and Antigenic Determinants
4.2.5. (p436) 30. The Use of [~(125)I]C1q Subcomponent for the Measurement of Complement-Binding Antibodies on Cell Surfaces
4.2.6. (p442) 31. Use of Protein A-Bearing Staphylococci for the Immunoprecipitation and Isolation of Antigens from Cells
4.2.7. (p459) 32. Recovery of Antigen from Staphylococcal Protein A-Antibody Adsorbents
4.3. (p471) C. Immunoassays Dependent on Enzyme-Labeled Tracers
4.3.1. (p471) 33. Masnetic Solid-Phase Enzyme Immunoassay for the Quantitation of Antigens and Antibodies: Application to Human Immunoglobulin E
4.3.2. (p482) 34. The Amplified ELISA: Principles of and Applications for the Comparative Quantitation of and Subclass Antibodies and the Distribution of Antibodies and Antigens in Biochemical Separates
4.3.3. (p523) 35. Steric Hindrance Enzyme Immunoassay (SHEIA) Using β-Galactosidase as an Enzyme Label and Maleimide Derivative of Hapten (or Antigen) for Enzyme Coupling
4.3.4. (p543) 36. Antibody Quantitation Using the Unlabeled AntibodyEnzyme Immunoassay (UNLIM) Method
4.3.5. (p550) 37. Use of Antibodies and the Primary Enzyme lmmunoassay (PEIA) to Study Enzymes: The Arylsulfatase A-Anti-Arylsulfatase A System
4.4. (p578) D. Immunoassay of Immunoglobulins
4.4.1. (p578) 38. Immunonephelometric Assay for Immunoglobulins Released by Cultured Lymphocytes
4.4.2. (p597) 39. Solid-Phase Radioimmunoassay for Immunoglobulins and Influenza Antibodies
4.4.3. (p608) 40. A Luminol-Assisted Competitive Binding Immunoassay of Human Immunoglobulin G
4.4.4. (p616) 41. Preparation and Radioimmunoassay of IgM Domains
4.4.5. (p625) 42. Quantitation of Secretory Protein Levels by Radioimmunoassay
4.4.6. (p634) 43. Double-Antibody Radioimmunoassay for IgE
4.4.7. (p646) 44. Radioimmunoassay for IgE Using Paper Disks
4.4.8. (p656) 45. Enzyme-Linked Immunosorbent Assays (ELISA) for Immunoglobulin E and Blocking Antibodies
4.4.9. (p666) 46. Development and Clinical Application of Radioimmunoassay Techniques for Measuring Low Levels of Immunoglobulin Classes G, A, M, D, and E in Cerebrospinal and Other Body Fluids

theme: Immunochemistry; Immunoassay; Immunochemistry

topic: Immunochemistry; Immunoassay; Immunochemistry; Immunochimie; Immunodosage

Bookmarks:
1. (p1) Section 1. Immunoassay Methods for the Detection of Antigens and Antibodies
1.1. (p3) A. Fluorescence Immunoassay Methods
1.1.1. (p3) 1. Equilibrium and Kinetic Inhibition Assays Based upon Fluorescence Polarization
1.1.2. (p28) 2. Fluorescence Excitation Transfer Immunoassay (FETI)
1.1.3. (p60) 3. Indirect Quenching Fluoroimmunoassay
1.1.4. (p79) 4. The Homogeneous Substrate-Labeled Fluorescent Immunoassay
1.1.5. (p87) 5. The Fluorescence Immunoassay Using Plane Surface Solid Phases (FIAPS)
1.2. (p106) B. Immunoassays Dependent on Other Detection Methods
1.2.1. (p106) 6. Particle Counting Immunoassay (PACIA)
1.2.2. (p140) 7. Spin Immunoassay
1.2.3. (p152) 8. Membrane Immunoassay: A Spin Membrane Immunoassay for Thyroxine
1.2.4. (p161) 9. Detection of Antigens and Haptens by Inhibition of Passive Immune Hemolysis
1.2.5. (p165) 10. Quantification of Complement Fixation by the C1 Fixation and CI Fixation and Transfer Tests
1.2.6. (p177) 11. Probing Immune Reactions by Laser Light Scattering Spectroscopy
1.3. (p198) C. Use of Antibodies to Study Enzymes
1.3.1. (p198) 12. Radioimmunoassay of Creatine Kinase Isoenzymes
1.3.2. (p210) 13. Specific Radioimmunoassays for Rabbit Liver Fructose Bisphosphatase, Pyruvate Kinase, and Glycerol-3-phosphate Dehydrogenase
1.3.3. (p232) 14. Specific Radioimmunoassays for Rabbit Skeletal and Cardiac Muscle 6-Phosphofructokinase and Pyruvate Kinase
1.3.4. (p244) 15. Preparation of Site-Specific Anti-Cytochrome c Antibodies and Their Application
1.3.5. (p262) 16. Production and Application of Antibodies to Rat Liver Cytochrome P-450
1.3.6. (p272) 17. Radioimmunoassay Determination of Circulating Pancreatic Endopeptidases
1.3.7. (p290) 18. Radioimmunoassay of Human Pancreatic Amylase
1.3.8. (p299) 19. Radioimmunoassay of the Regulatory Subunit of Type 1 cAMP-Dependent Protein Kinase
1.3.9. (p310) 20. Radioimmunoassay of Bovine Type 2 cAMP-Dependent Protein Kinase
1.3.10. (p320) 21. Immunotitration of 3-Hydroxy-3-Methylglutaryl-CoA Reductase
1.3.11. (p343) 22. Production of Antibodies to Catalase and Their Effect on Enzyme Activity
1.3.12. (p351) 23. Radioimmunoassay of Human Adenosine Deaminase
1.3.13. (p359) 24. Quantitation of Human Cuprozinc Superoxide Dismutase (SOD-1) by Radioimmunoassay and Its Possible Significance in Disease
1.3.14. (p370) 25. Radioimmunoassay and Immunotitration of Humaa Serum Dopamine β-Hydroxylase
1.4. (p380) D. Use of Antibodies to Study Receptors
2. (p479) Section 2. Data Analysis
2.1. (p481) 32. Concentrations of Binding Protein and Labeled Analyte That Are Appropriate for Measuring at Any Analyte Concentration Range in Radioimmunoassays
2.2. (p497) 33. Microprocessor-Based Radioimmunoassay Data Analysis
3. (p509) Section 3. Immune Complexes
3.1. (p511) 34. The Raji, Conglutinin, and Anti-C3 Assays for the Detection of Complement-Fixing Immune Complexes
3.2. (p530) 35. The [~(123)I]C1q Binding Assay for the Detection of Soluble Immune Complexes
3.3. (p538) 36. Quantitatiott of Circulating Immune Complexes by Combined PEG Precipitation and Immunoglobulin-Specific Radioimmunoassay (PICRIA)
3.4. (p551) 37. Detection and Quantitation of Immune Complexes with a Rapid Polyethylene Glycol Precipitation Complement Consumption Method (PEG-CC)
3.5. (p571) 38. Detection and Quantitation of Circulation Immune Complexes by the C1q-Protein A Binding Assay (C1q-PABA)
3.6. (p588) 39. C3c-Binding ELISA for the Detection of immunoconglutinins and lmmunoglobulin Aggregates
3.7. (p608) 40. Enzyme Immunoassay for the Demonstration and Quantification of Immune Complexes
3.8. (p617) 41. Assay of Soluble Immune Complexes Using Radiolabeled Rheumatoid Factor
3.9. (p628) 42. Quantification of Immune Complexes by Nephelometry
3.10. (p644) 43. Isolation of Soluble Immune Complexes from Human Serum: Combined Use of Polyethylene Glycol Precipitation, Gel Filtration, and Affinity Chromatography on Protein A-Sepharose
3.11. (p664) 44. Purification and Analysis of Immune Complexes with the Aid of Rheumatoid Factor-Coated Tubes

theme: Immunochemistry; Immunoassay; Immunochemistry; Immunochimie; Immunodosage

Contents: Pt. A. [without Special Title]--pt. B. [without Special Title] -- Pt. C. [without Special Title] -- Pt. D. Selected Immunoassays / Edited By John J. Langone, Helen Van Vunakis -- Pt. E. Monoclonal Antibodies And General Immunoassays Methods / Edited By John J. Langone, Helen Van Vunakis -- Pt. F. Conventional Antibodies, Fc Receptors, And Cytoxicity / Edited By John J. Langone, Helen Van Vunakis. -- Pt. G. Separation And Characterization Of Lymphoid Cells / Edited By Giovanni Di Sabato, John J. Langone -- Pt. I. Hybridoma Technolgy And Monoclonal Antibodies / Edited By John J. Langone, Helen Van Vunakis. Edited By Helen Van Vunakis, John J. Langone. Editors Vary. Includes Bibliographical References And Indexes.

2024-06-13