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Equine Color Genetics, Fourth Edition presents a detailed examination of the color variation in horses and donkeys and the genetic mechanisms that produce color variations.
Thoroughly covers the basic colors in horses, including bay, chestnut, black, and brown
Details the genetic basis of the colors built from the basic coat color, including dilutions and white patterning
Provides an explanation of genetic mechanisms that determine coat color
Presents a thorough revision and update, including new advances in molecular genetics, biochemistry, molecular mechanisms, genetic loci, coat colors before domestication, and more
Offers a new introduction describing the principles of genetics and genomics research to help outline how knowledge is discovered and to assist the reader in understanding concepts covered in the book
1.2 Basic Principles of Genetics, Genomics, and Molecular Biology 10
1.3 Pigment Cell Function and Genetic Control 18
2 Basic Dark Horse Colors: Bay, Chestnut, Black, and Brown 23
2.1 Bay, Chestnut, and Black 23
2.2 Two Subtypes of Bay: Wild Bay and Bay 32
2.3 Seal Brown 34
2.4 Dominant Black 36
3 Modi cations Affecting Most Colors 39
3.1 Shade 39
3.2 Sooty 46
3.3 Mealy 53
3.4 Mane and Tail Color on Chestnut and Sorrel 57
3.5 Bend Or Spots 62
3.6 Dapples 63
3.7 Brindle and Chimeras 63
3.8 Eye Color 68
3.9 Foal Color 71
4 Dilutions of the Basic Dark Colors 75
4.1 Linebacked Dun 76
4.2 Cream–related and Pearl Colors 93
4.3 Champagne 107
4.4 Silver Dapple 114
4.5 Mushroom: De nition, Classi cation, and Genetic Control 122
4.6 Lavender 123
4.7 Other Dilutions 124
4.8 Compound Dilute Colors 125
5 Overview of the Genetic Control of Horse Color 131
6 Patterns with Individually Distributed White Hairs 137
6.1 General Considerations 137
6.2 Patterns of White with Individually Distributed White Hairs: Grey and
7 Nonsymmetric Patches of White: White Marks, Paints, and Pintos 165
7.1 Face and Leg Markings 166
7.2 Nonsymmetric White Body Patches: Paint or Pinto Patterns 170
8 Patterns with Symmetric White Patches: The Leopard Complex 211 Rebecca Bellone, Sheila Archer, and D. Phillip Sponenberg
8.1 Leopard Complex 211
9 Overview of Patterns Adding White 239
10 Horse Color and Horse Breeding 243
11 Peculiarities of Hair Growth 247
12 Donkey Color 251
12.1 Colors of Donkeys 251
12.2 Patterns of White 261
12.3 Genetics of Donkey Color and Patterns 272
12.4 Summary of Donkey Color and Patterns 277
12.5 Hair Growth in Donkeys 278
13 Summary Tables 279
Bibliography 323
Index 335
The authors
D. Phillip Sponenberg, DVM, PhD, is Professor of Pathology and Genetics in the Department of Biomedical Sciences and Pathobiology at the Virginia–Maryland College of Veterinary Medicine in Blacksburg, Virginia, USA.
Rebecca Bellone, PhD, is Associate Adjunct Professor in the Veterinary Genetics Laboratory and Department of Population Health and Reproduction at the University of California–Davis in Davis, California, USA.
Equine Color Genetics, Fourth Edition presents a detailed examination of the color variation in horses and donkeys and the genetic mechanisms that produce color variations. Offering information on how to tailor breeding programs to maximize desired color outcomes, the text bridges the gap between the scientific and lay communities without ignoring the intricate and complex details involved in horse and donkey color genetics. The Fourth Edition has been extensively updated and revised, providing new information on advances in knowledge of the genetic loci and molecular mechanisms involved and excellent visual aids to present difficult concepts.
Many of the color photographs have been updated to give a greater depiction of the coat color variation that exists in horses and donkeys, and a new glossary of terms aids in the understanding of the complexity of the molecular genetics. Equine Color Genetics is an essential reference for anyone wanting to understand coat color and the genetic basis for color variation in horses and donkeys.
Key features
Thoroughly covers the basic colors in horses, including bay, chestnut, black, and brown
Details the genetic basis of the colors built from the basic coat color, including dilutions and white patterning
Provides an explanation of genetic mechanisms that determine coat color
Presents a thorough revision and update, including new advances in molecular genetics, biochemistry, molecular mechanisms, genetic loci, coat colors before domestication, and more
Offers a new introduction describing the principles of genetics and genomics research to help outline how knowledge is discovered and to assist the reader in understanding concepts covered in the book