Patient Centric Blood Sampling and Quantitative Bioanalysis: From Ligand Binding to LC-MS

Spooner

ISBN 10: 1119615550 / ISBN 13: 9781119615552

Published by John Wiley & Sons, 2023

About this Item

Neil Spooner, Ph.D., C.Chem., F.R.S.C., is the Founder of Spooner Bioanalytical Solutions and the Patient Centric Sampling Interest Group (PCSIG) where he champions the implementation of patient centric sampling approaches. Dr Spooner is also the Editor In .

Seller Inventory # 590056333

Bibliographic Details

• Title: Patient Centric Blood Sampling and Quantitative Bioanalysis: From Ligand Binding to LC-MS
• Publisher: John Wiley & Sons
• Publication Date: 2023
• Language: English
• ISBN 10: 1119615550
• ISBN 13: 9781119615552
• Binding: Gebunden
• Condition: New

About this title

Synopsis

PATIENT CENTRIC BLOOD SAMPLING AND QUANTITATIVE ANALYSIS

Authoritative resource providing a complete overview of patient centric blood sampling, as well as its benefits and challenges

Patient Centric Blood Sampling and Quantitative Analysis focuses on the growing interest in alternative means to standard phlebotomy and analytical workflows for the collection and analysis of high-quality human biological samples for the quantitative determination of circulating drugs, their metabolites, and endogenous substances for clinical trials, routine healthcare and neonatal screening. The book clearly explains the benefits and constraints of having patients collect small volumes of blood in locations outside of a clinic (e.g at home), including: patient convenience; less invasive procedures; increased frequency of sampling; applicability to collecting samples from the young, elderly, and those in remote locations; greater frequency; and lower cost per sample. Readers will learn about approaches for successfully implementing patient centric sampling workflows in a number of scenarios, including the clinical setting and in the analytical laboratory.

Edited by four recognized experts in this field, with additional specialists in the discipline enlisted to write the component chapters, enabling greater depth and detail to be added and further raising the scientific standing of the publication, Patient Centric Blood Sampling and Quantitative Analysis includes information on:

• Basics of patient centric blood sampling and techniques and approaches that are available and in development for the collection and analysis of the samples
• Science behind patient centric blood sampling and its implications regarding human healthcare and wellbeing
• Application areas of patient centric sampling, including drug development, clinical chemistry/pathology, therapeutic drug monitoring, and more
• Practical approaches to successful implementation for existing and developing purposes and workflows, and case studies to support implementation within an organization

Giving the reader a broad understanding of what patient centric sampling is and where it might be applied for existing and potential future areas, Patient Centric Blood Sampling and Quantitative Analysis is an essential resource on the subject for many different types of laboratories, areas of clinical research and healthcare, including those in pharmaceutical, clinical, and research functions.

About the Author

Neil Spooner, Ph.D., C.Chem., F.R.S.C., is the Founder of Spooner Bioanalytical Solutions and the Patient Centric Sampling Interest Group (PCSIG) where he champions the implementation of patient centric sampling approaches. Dr Spooner is also the Editor In Chief of Bioanalysis Journal and is a Senior Visiting Research Fellow at the University of Hertfordshire, UK.

Emily Ehrenfeld is President of New Objective, Inc, an industry leader in high performance nano/microflow technologies.

Joe Siple is Director, Corporate Relations for New Objective, Inc., an industry leader in high performance nano/microflow technologies.

Mike S. Lee, PhD, is the founder of the Annual Symposium on Clinical and Pharmaceutical Solutions and Analysis (CPSA) and is the CEO of New Objective, Inc, an industry leader in high performance nano/microflow technologies.