The Genetics of Pain
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Editor: Jeffrey S. Mogil and Foreword by Ronald Dubner
publish year: 2004
hardbound, 349 pages
Progress in Pain Research and Management, Volume 28
ISBN 978-0-931092-51-0
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No field of biology has engendered so much interest, hope, and hype as
genetics. Advances in molecular, statistical and behavioral
methodologies have suddenly allowed genetic investigations of complex
biological phenomena, including pain. Genetic studies of pain are
already showing their power to identify new molecular targets for drug
development and create new animal models of pain pathology. Alone among
biological approaches, pain genetics can explain why we're not all alike
with respect to pain - why some people hurt more, and receive less
benefit from existing analgesics. The knowledge gained holds the promise
of allowing truly individualized pain therapy.
Table of Contents
Introduction to Pain Genetics
Jeffrey S. Mogil and Marshall Devor
Part I: Genetic Building Blocks of the Pain
System
Studies of Pain Mechanisms in Genetically Manipulated Mice. Annika B.
Malmberg and Karla P. Zeitz
Identifying Peripheral Mechanisms of Sensory Hyperexcitability by
Antisense Oligodeoxynucleotide - Mediated Gene Targeting. Josephine Lai
and Frank Porreca
Microarray Analysis of the Pain Pathway. Michael Costigan, Robert S.
Griffin, and Clifford Woolf
Alternative Splicing of Mu-Opioid Receptors. Gavril W. Pasternak and
Ying-Xian Pan
Part II: Pain Susceptibility Genes
Individual Differences in Pain: Rat Models. Xiao-Jun Xu and
Zsuzsanna Wiesenfeld-Hallin
Complex Trait Genetics of Pain in the Laboratory Mouse. Jeffrey S.
Mogil
The Heritability of Pain in Humans. Alex J. MacGregor
Congenital Insensitivity to Pain. Yasuhiro Indo
Migraine Genetics. Joost Haan, Arn M.J.M. van den Maagdenberg, Aarno
Palotie, and Michel D. Ferrari
Pharmacogenetics, Pharmacokinetics, and Analgesia. Jules A. Desmeules,
Valerie Piguet, Georg B. Ehret, and Pierre Dayer
Pharmacogenetics: The OPRM (Mu-Opioid-Receptor) Gene. Lei Yu
Part III: Complexities, Opportunities, and Worries
Gene-Environment Interactions Affecting Pain Phenotype: Animal
Studies. Jeffrey S. Mogil, Ze'ev Seltzer, and Marshall Devor
Social and Environmental Influences on Pain: Implications for Pain
Genetics. Roger B. Fillingim
Gene Therapy for Pain. David C. Yeomans and Steven P. Wilson
Ethics and the Genetics of Pain. Margaret A. Somerville
Reviews
"...The Genetics of Pain is a timely book that provides an informative
and comprehensive summary of the latest advances in genetics as well as
the possible implications for treatment. The book is edited by one
of the leading researchers in the field of pain genetics and is written
by nearly thirty international experts in the pain field with experience
in different areas of animal and human genetic research. These
authors present the latest information on a range of topics from genetic
techniques and terminology through to summaries of genetic studies in
animals and humans, and potential clinical applications.
"As far as I am aware, there is no comparable volume and certainly none
that brings together such expertise and authority in an area of research
that is so topical. This book is a tremendous resource at a
reasonable price. I would highly recommend it for any medical
library and for the shelf of anyone that has an interest in pain
medicine and wants to get a handle on what part genetics may play."
P. Siddall in Anaesthesia and Intensive Care, Vol. 33, No. 5,
October 2005
"This is an exciting and important book that opens new vistas in the
world of pain."
Alan R. Light in APS [American Pain Society] Bulletin, Nov/Dec
2004
"...an excellent introduction to the filed for non-geneticists
interested in the genetics of pain and ...a valuable entry point into
the field of pain research for those already working in genetics."
Simon C. Harvey, Palliative Medicine 2005 #19
"Overall, this volume, edited by Jeffrey Mogil, is will written and
provides a good overview of the genetics of pain. The new
investigator with a basic interest in understanding how genes (and
environmental factors) influence pain phenotypes and the seasoned
researcher interested in the intricate roles of various receptors in
pain phenotypes would benefit from reading this volume."
Genes, Brain and Behavior (2006) 5: 111, reviewed by
Melloni N. Cook
| pain genetic genetics gene pharmacogenetics nociception analgesia allele phenotype genotype antisense oligodeoxynucleotide polymorphism SNP cytochrome congenital hereditary familial hyperalgesia neuropathic QTL knockout mutation mutant microarray migraine |
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