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Dried Blood Spots
Applications and Techniques
Wenkui Li (Edited by), W Li (Author), Mike S. Lee (Edited by)
9781118054697, Wiley
Hardback, published 15 August 2014
376 pages
27.9 x 21.8 x 2.3 cm, 1.111 kg
An informative and comprehensive book on the applications and techniques of dried blood spot sampling Dried blood spot (DBS) sampling involves the collection of a small volume of blood, via a simple prick or other means, from a study subject onto a cellulose or polymer paper card, which is followed by drying and transfer to the laboratory for analysis. For many years, this method of blood sample collection has been extensively utilized in some important areas of human healthcare (for example, newborn screening for inherited metabolic disorders and HIV-related epidemiological studies). Because of its advantages over conventional blood, plasma, or serum sample collection, DBS sampling has been valued by the pharmaceutical industry in drug research and development. Dried Blood Spots: Applications and Techniques features contributions from an international team of leading scientists in the field. Their contributions present a unique resource on the history, principles, procedures, methodologies, applications, and emerging technologies related to DBS. Presented in three parts, the book thoroughly examines: Dried Blood Spots: Applications and Techniques is a valuable working guide for researchers, professionals, and students in healthcare, medical science, diagnostics, clinical chemistry, and pharmaceuticals, etc.
PREFACE viii CONTRIBUTORS x PART I HISTORY, APPLICATIONS, AND HEALTHCARE 1 Overview of the History and Applications of Dried Blood Samples 3 2 Dried Blood Spot Cards 16 3 Dried Blood Spot Sample Collection, Storage, and Transportation 21 4 Dried Blood Spot Specimens for Polymerase Chain Reaction in Molecular Diagnostics and Public Health Surveillance 32 5 Application of Enzyme Immunoassay Methods Using Dried Blood Spot Specimens 40 6 Applications of Dried Blood Spots in Newborn and Metabolic Screening 53 7 Dried Blood Spots for Use in HIV-Related Epidemiological Studies in Resource-Limited Settings 76 8 Use of Dried Blood Spot Samples in HCV-, HBV-, and Influenza-Related Epidemiological Studies 95 9 Applications of Dried Blood Spots in General Human Health Studies 114 10 Applications of Dried Blood Spots in Environmental Population Studies 130 11 The Use of Dried Blood Spots and Stains in Forensic Science 140 PART II PHARMACEUTICAL APPLICATIONS 12 Pharmaceutical Perspectives of Use of Dried Blood Spots 153 13 Punching and Extraction Techniques for Dried Blood Spot Sample Analysis 160 14 Considerations in Development and Validation of LC-MS/MS Method for Quantitative Analysis of Small Molecules in Dried Blood Spot Samples 168 15 Challenges and Experiences with Dried Blood Spot Technology for Method Development and Validation 179 16 Clinical Implications of Dried Blood Spot Assays for Biotherapeutics 188 17 Potential Role for Dried Blood Spot Sampling and Bioanalysis in Preclinical Studies 195 18 Clinical and Bioanalytical Evaluation of Dried Blood Spot Sampling for Genotyping and Phenotyping of Cytochrome p450 Enzymes in Healthy Volunteers 202 19 Application of Dried Blood Spot Sampling in Clinical Pharmacology Trials and Therapeutic Drug Monitoring 216 20 Automation in Dried Blood Spot Sample Collection, Processing, and Analysis for Quantitative Bioanalysis in Pharmaceutical Industry 229 21 Beyond Dried Blood Spots—Application of Dried Matrix Spots 235 PART III NEW TECHNOLOGIES AND EMERGING APPLICATIONS 22 Direct Analysis of Dried Blood Spot Samples 245 23 Paper Spray Ionization for Direct Analysis of Dried Blood Spots 298 24 Direct Solvent Extraction and Analysis of Biomarkers in Dried Blood Spots Using a Flow-Through Autosampler 314 25 Development of Biomarker Assays for Clinical Diagnostics Using a Digital Microfluidics Platform 325 26 Applications and Chemistry of Cellulose Papers for Dried Blood Spots 332 27 Derivatization Techniques in Dried Blood Spot Analysis 344 INDEX 355
W. Harry Hannon and Bradford L. Therrell, Jr.
Brad Davin and W. Harry Hannon
Joanne Mei
Chunfu Yang
Mireille B. Kalou
Donald H. Chace, Alan R. Spitzer, and Víctor R. De Jesús
Sridhar V. Basavaraju and John P. Pitman
Harleen Gakhar and Mark Holodniy
Eleanor Brindle, Kathleen A. O’Connor, and Dean A. Garrett
Antonia M. Calafat and Kayoko Kato
Donald H. Chace and Nicholas T. Lappas
Christopher Evans and Neil Spooner
Philip Wong and Christopher A. James
Wenkui Li
Chester L. Bowen and Christopher A. Evans
Matthew E. Szapacs and Jonathan R. Kehler
Qin C. Ji and Laura Patrone
Theo de Boer, Izaak den Daas, Jaap Wieling, Johan Wemer, and LingSing Chen
Kenneth Kulmatycki, Wenkui Li, Xiaoying (Lucy) Xu, and Venkateswar Jarugula
Leimin Fan, Katty Wan, Olga Kavetskaia, and Huaiqin Wu
Shane R. Needham
Paul Abu-Rabie
Jiangjiang Liu, Nicholas E. Manicke, R. Graham Cooks, and Zheng Ouyang
David S. Millington, Haoyue Zhang, M. Arthur Moseley, J. Will Thompson, and Peter Smith
David S. Millington, Ramakrishna Sista, Deeksha Bali, Allen E. Eckhardt, and Vamsee Pamula
Jacquelynn Luckwell, Åke Danielsson, Barry Johnson, Sarah Clegg, Mark Green, and Alan Pierce
Ann-Sofie M.E. Ingels, Nele Sadones, Pieter M.M. De Kesel, Willy E. Lambert, and Christophe P. Stove
Subject Areas: Chemistry [PN]
