Sourcebook of Models for Biomedical Research
, by Conn, P. Michael- ISBN: 9781588299338 | 1588299333
- Cover: Hardcover
- Copyright: 12/11/2007
Preface | p. v |
Contributors | p. xi |
List of Color Plates | p. xv |
Introduction | |
Animal Models for Human Diseases: An Overview | p. 3 |
Selection of Biomedical Animal Models | p. 9 |
Improved Models for Animal Research | p. 17 |
General Considerations | |
The Ethical Basis for Animal Use in Research | p. 27 |
Bibliographic Searching Tools on Disease Models to Locate Alternatives for Animals in Research: A Website Companion | p. 35 |
NIH Policies on Sharing of Model organisms and Related Research Resources | p. 43 |
Databases for Biomedical Animal Resources | p. 49 |
Psychological Enrichment for Animals in Captivity | p. 55 |
Well-Established Models | |
Yeast, Worms, Flies, Sea Animals, and Birds | |
Integrated Network Modeling of Molecular and Genetic Interactions | p. 67 |
The Sponge as a Model of Cellular Recognition | p. 75 |
Sea Urchin Embryo: A Model System for Analyzing Cellular Activities During Early Development | p. 85 |
Caenorhabditis elegans Models of Human Neurodegenerative Diseases: A Powerful Tool to Identify Molecular Mechanisms and Novel Therapeutic Targets | p. 91 |
Zebrafish as a Model for Development | p. 103 |
Zebrafish as a Model for Studying Adult Effects of Challenges to the Embryonic Nervous System | p. 113 |
Modeling Cognitive and Neurodegenerative Disorders in Drosophila melanogaster | p. 121 |
Biomedical Research with Honey Bees | p. 129 |
Establishing and Maintaining a Xenopus laevis Colony for Research Laboratories | p. 139 |
The Chicken as a Model Organism | p. 161 |
Rodents | |
Rat Knockout and Mutant Models | p. 171 |
Rodent Genetics, Models, and Genotyping Methods | p. 179 |
The House Mouse in Biomedical Research | p. 187 |
Mouse Model for Alzheimer's Disease | p. 191 |
Guinea Pigs as Models for Human Cholesterol and Lipoprotein Metabolism | p. 201 |
Reliability of Rodent Models | p. 213 |
Cats, Dogs, and Pigs | |
The Domestic Cat, Felis catus, as a Model of Hereditary and Infectious Disease | p. 221 |
Swine in Biomedical Research | p. 233 |
The Minipig as an Animal Model in Biomedical Stem Cell Research | p. 241 |
Nonhuman Primates | |
The Nonhuman Primate as a Model for Biomedical Research | p. 251 |
Primates as Models of Behavior in Biomedical Research | p. 259 |
Primate Models for Understanding Brain Mechanisms of Cognitive Behavior | p. 267 |
Models for Specific Purposes | |
Visual and Auditory Disease | |
Animal Models for Eye Diseases and Therapeutics | p. 279 |
Animal Models of Noise-Induced Hearing Loss | p. 289 |
Trauma, Pain, and Neurology | |
Human and Animal Models for the Study of Muscle Pain | p. 305 |
Animal Models of Parkinson's Disease | p. 313 |
Transgenic Animal Models of Neurodegenerative Diseases | p. 323 |
Animal Models of Nociception and Pain | p. 333 |
Nonmammalian Models for the Study of Pain | p. 341 |
Models of Behavior | |
Cardiovascular | |
Animal Models of Vascular Development and Endothelial Cell Biology | p. 355 |
Models of Behavior: Cardiovascular | p. 361 |
Animal Models for Atherosclerosis, Restenosis, and Endovascular Aneurysm Repair | p. 369 |
Transgenic Mouse Models of HIV-1/AIDS and Cardiac Performance | p. 385 |
Reproduction | |
Primate Models for the Assisted Reproductive Technologies and Embryonic Stem Cell Biology | p. 397 |
Rat Models of Polycystic Ovary Syndrome | p. 405 |
Murine Models for Reproduction | p. 411 |
Pig Model to Study Dynamics of Steroids During Ovarian Follicular Growth and Maturation | p. 425 |
Drug Development and Research Models | |
Molecular Genetic Approach to Identify Inhibitors of Signal Transduction Pathways: Fission Yeast as a Model System for Drug Discovery | p. 439 |
Yeast as a Model System to Study DNA Damage and DNA Repair | p. 445 |
Physiology | |
Human Models of Space Physiology | p. 457 |
Developmental Space Biology of Mammals: Concepts and Methods of Study | p. 465 |
A Practical Approach to Animal Models of Sepsis | p. 473 |
Animal Models in Functional Magnetic Resonance Imaging | p. 483 |
Animal Models in Aging Research: A Critical Examination | p. 499 |
Genetics | |
Gene Targeting in Human Somatic Cells | p. 509 |
Animal Models for Investigating the Causes and Mechanisms of Mammalian Germ Cell Aneuploidy | p. 527 |
Genetic Models of Alzheimer's Disease | p. 539 |
Immunology and Virology | |
Rat Models of Experimental Autoimmune Encephalomyelitis | p. 547 |
Animal Models in Virology | p. 557 |
Nonhuman Primate Models for AIDS | p. 565 |
Models of other Human Diseases | |
Use of Congenic Mouse Strains for Candidate Disease Gene Identification in Complex Traits | p. 575 |
Animal Models of Sudden Infant Death Syndrome | p. 583 |
Animal Models of Posttraumatic Stress Disorder | p. 591 |
Animal Models for Studying Fetal Alcohol Syndrome, Alcohol-Related Birth Defects, and Alcohol-Related Neurodevelopmental Disorder | p. 603 |
Modeling Drug and Alcohol Abuse: Experimental Examples of the Utility of Zebrafish | p. 615 |
Mouse Models for Experimental Cancer Therapy | p. 623 |
Rat Models of Skin Wound Healing | p. 631 |
Animal Models of Prostate Cancer | p. 639 |
Animal Models of Diabetes | p. 651 |
Animal Models of Kidney Diseases | p. 657 |
Animal Models of Multiple Sclerosis | p. 665 |
Canine and Feline Models for Cancer | p. 677 |
Obese Mouse Models | p. 683 |
Study of Polycystic Kidney Disease in the Nematode Caenorhabditis elegans | p. 703 |
Animal Models of Myelofibrosis | p. 713 |
Animal Models for Bone Tissue Engineering Purposes | p. 725 |
Other Tools | |
Markov Processes for Biomedical Data Analysis | p. 739 |
Software Tools for Modeling Biomedical Systems | p. 747 |
Developing Websites for Biomedical Research and Training | p. 753 |
Building Virtual Research Communities Using Web Technology | p. 759 |
Index | p. 763 |
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