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Luminescence biotechnology : instruments and applications

Author: Knox Van Dyke; Christopher Van Dyke; Karen Woodfork
Publisher: Boca Raton, Fla. : CRC Press, ©2002.
Edition/Format:   eBook : Document : EnglishView all editions and formats
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Genre/Form: Electronic books
Additional Physical Format: Print version:
Luminescence biotechnology.
Boca Raton, Fla. : CRC Press, ©2002
(DLC) 2001043471
(OCoLC)47965305
Material Type: Document, Internet resource
Document Type: Internet Resource, Computer File
All Authors / Contributors: Knox Van Dyke; Christopher Van Dyke; Karen Woodfork
ISBN: 1420041800 9781420041804
OCLC Number: 71792958
Description: 1 online resource (597 pages, [14] pages of plates) : illustrations (some color)
Contents: INTRODUCTION TO LUMINESCENCE ASSAY; Light Probes, K. Van Dyke and K. Woodfork; Instrumentation for the Measurement of Luminescence, K. Van Dyke and K. Woodfork; Calculations to Quantify Luminescent Measurements, C. Van Dyke; A Low Budget Luminometer for Sensitive Chemiluminescent Immunoassays, N. Porakishvili, J. Fordham, M. Charrel, P. Delves, T. Lund, and I Roitt; Appendix A: Functionality of Commercially Available Instruments for Luminescence, K. Van Dyke; Appendix B: Survey of Commercially Available Instruments for Luminescence, C. Van Dyke; LIGHT PROBES/CLINICAL ASSAY; Chemiluminescent n-Sulfonyl Acridinium-9-Carboxamides and their Application in Clinical Assay, M. Adamczyk and P. Mattingly; Bioluminescent Detection of Proteolytic Bond Cleavage by Using Recombitant Aequorin, S. Deo, J. Lewis, and S. Daunert; Development of New Enzyme Labels for Bioluminescent Enzyme Immunoassay, M. Maeda; Assay of Diversified Biomolecules with a Luminescent Conjugate Substrate, T. Sudharanl and A. Reddy; Hybrid Capture®: A System for Nucleic Acid Detection by Signal Amplification Technology, A. Lorincz and James Anthony; MOLECULAR BIOLOGICAL APPLICATIONS OF LUMINESCENCE; Chemiluminescent Technology: Optimization of Western Blot and ELISA's Utilizing a Horseradish Peroxidase Label in Automated Systems, K. Hines, K. Feather-Henigan, L. Li, I. Horneij, C. Clothier, G. Milosevich, B. Lipton, and To Brotcke; A Luminal/Indophenol Chemiluminescent Detection System for Western Immunoblots, A. Yakunin and P. Hallenbeck; Chemiluminescent Detection of Immobilized Nucleic Acids-From Southern Blots to Microarrays, J. Tonkinson, B. Parker, and M. Harvey; Differential Display Polymerase Chain Reaction (PCR) for Using Chemiluminescent Detection, G. An and R. Veltri; Non-Radioactive Labeled Amlified Fragment Length Polymorphism for Application in Forest Trees, B. Ziegenhagen, R. Brettschneider, V. Kuhlenkamp, and M. Fladung; Detection of Nucleic Acids Using Chemiluminescence: From Northerns to Southerns and Beyond, J. Jackson, B. Strachan, D. von Schack, and L. Sylvers; Luciferase Assay, a Powerful Tool to Determine Toxic Methalp-Induces NT-kB Activation, F. Chen, K. Van Dyke, V. Vallaythan, V. Catranova, and X. Shi; Pyrosequencing: A Bioluminometric Method of DNA Sequencing, M. Ronaghi, N. Pourmand, and V. Stolc; Pathway-Specific cDNA Array Using Luminescent Detection, K. Van Dyke; CELLULAR LUMINESCENCE; Application of Chemiluminescence in Phagocyte-Pathogen Interactions, S. Gomis, D. Godson, and A. Potter; L-023, an Ultrasensitive Reagent for Detecting Cellular Generation of Reactive Oxygen Species, I. Imada, E. Sato, Y. Ichimori, Y. Aramaki, and M. Inoue; Avoiding the Jaws of Using Lucigenin as a Chemiluminigenic Probe for Biological Superoxide: Determining When it's Safe to Go Back into the Water, M. Trush and Y. Li; Chemiluminescent Polymer Microspheres for Measuring Reactive Oxygen Species, S. Hosaka and T. Uchida; The Effect of Antibiotics on Phagocytic Function of Granulocytes, P. Hengster, T. Eberl, F. Allerberger, M. Kunc, M. Dierich, and R. Margreiter; in vitro CMIä: Rapid Assay for Measuring Cell-Mediated Immunity, J. Britz, P. Sottong, and R. Kowalski; Protective Effects of Native but not Oxidized HDL Against Pro-Inflammatory Respiratory Burst Activities of Polymorphonuclear Leukocytes Induced by Hypochlorited-Oxidized LDL, S. Lopprasch, J. Pietzsch, and J. Gräßler; Peroxynitrite-Based Luminol Luminescence of Macrophages and Enhancement of the Signal, K. Van Dyke, P. McConnell, M. Taylor, and L.Frost; OXIDATIVE STRESS; Luminescence Analysis of Oxidative States Induced by organ Transplantation, A. Lojek, and M. Ciz; Acceleration Of Tissue Aging In Chickens Caused By Oxidative Stress Using Allopurinol and Detected By Cellular Humoral Chemiluminescence, H. Klandorf, D. Rathore, M. Iqbal, X. Shi, M. Simoyi, and K. Van Dyke; Enhancement of Luminal-Dependent-Peroxynitrite Luminescence in Dishes and Tubes from Various Macrophages: Rat Alveolar Macrophages Apparently Display a New Oxidative Mechanism, K. Van Dyke, M. Taylor, D. McConnell, and M. Reasor; A Search to Detect Antioxidants Using Luminescence Useful for Treating Oxidative Stress, K. Van Dyke, P. McConnell, and M. Sacks; Luminol Luminescence Generated by a Novel Peroxynitrite Mechanism is Inhibited by Polyphenolic Plant Extracts: Nitroglycerin Tablets and Superoxide Generate Peroxynitrite, N. Agarwal and K. Van Dyke; Antioxidant Activity in Grape and other Fruit Extracts Inhibit Peroxynitrite-Dependent Oxidation as Measured by Luminescnece, K. Van Dyke, C. Ogle, and M. Reasor; Antioxidant Action of Acetaminophen Preventing Myocardial Injury Detected by Luminescence and other Modalities, G. Merrill; Luciferase Luminescence can be Used to Access Oxidative Damage to Plasmid DNA and its Prevention by Selected Fruit Extracts, K. Van Dyke, C. Ogle, and M. Reasor; LUMINESCENT IMAGING; Detection System Optimized for Low Light Chemiluminescent Imaging, M. Christenson; Applications of Bio- and Chemiluminescent Imaging in Analytical Biotechnology, A. Roda, M. Guardigli, P. Pasini, M. Musiani, and M. Baraldini; Quantification of the a3 Subunit of the Na+/K+=-ATPase in Cerebellar Purkinjie Neurons Using Luminescence, P. Biser, J. Kong, W. Fleming, and D. Taylor; The Influence of Plates on Luminescent Measurements, P. Hengster, T. Eberl, W. Mark, M. Kunc, and W. Steurer; Whole Body Bioluminescent Imaging for the Study of Animal Models of Human Bacterial Disease, K. Francis, D. Joh, S. Buirns, C. Gruber, C. Contag, and P. Contag; HIGH THROUGHPUT SCREENING; Resonance Energy Transfer as an Emerging Technique for Monitoring Protein-Protein Interaction in vivo: BRET vs FRET, Y. Xu, A. Kanauchi, D. Piston, and C. Johnson; Bret2TM The Power of Two: Efficient Energy Transfer from Renilla Luciferase of GFP@ to Measure Protein-Protein Interactions and Intracellular Signaling Events in Live Cells, P. Dionne, M. Caron, A. Labonté, K. Allen, B. Houle, E. Joly, S.C. Taylor, and L. Menard; High Throughput Screening of Arabidopsis Mutants with De-regulated Stress-Responsive Luciferase Gene Expression Using a CCD Camera, B. Lee, B. Stevenson, and J.-K. Zhu; NorthStarä HTS Workstation: A CCD-Based Integrated Platform for High-Throughput Screening, D. Boldt-Houle, Y. Yan, C. Olesen, A. Chiulli, B. D'Eon, B. Liu, J. Voyta, and I. Bronstein; Versatile, Fast, Multilabel Biochip Reader Using a CCD Camera, F. Berthold, B. Breirkopf, and K. Van Dyke
Responsibility: edited by Knox Van Dyke, Christopher Van Dyke, Karen Woodfork.

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