1: Introduction
2: Advantages of Artificial Insemination
3: Disadvantages of Artificial Insemination
4: Conclusion
5: Historical Development and Present Use of Artificial Insemination
6: Introduction
7: Early History of the Technique
8: Decline in the Horse Population and Equine Research
9: Development of Techniques for Collection of Semen
10: Development of Techniques for Evaluation of Semen
11: Development of Techniques for Handling and Storage of Semen
12: Development of Techniques for Insemination of Semen
13: Present Use of Equine AI
14: Current Reasons for Using Equine AI
15: Conclusion
16: Stallion Reproductive Anatomy and Control
17: Introduction
18: Stallion Anatomy
19: Control of Stallion Reproduction
20: Conclusion
21: Production of Spermatozoa
22: Introduction
23: Seminal Plasma
24: Spermatozoa
25: Conclusion
26: Semen Collection
27: Introduction
28: The Artificial Vagina
29: The Condom
30: Preparation of the Stallion for Semen Collection
31: The Collecting Area
32: Sexual Stimulation of the Stallion and Encouragement to Ejaculate
33: Alternative Methods of Semen Collection
34: Collection Procedure
35: Frequency of Collection
36: Training the Stallion for Collection
37: Conclusion
38: Semen Evaluation
39: Introduction
40: Semen Evaluation as Part of an AI Programme
41: General Semen Handling
42: Gross Evaluation
43: Microscopic Evaluation
44: Functional Tests for Semen Evaluation
45: Sexing Spermatozoa
46: Conclusion
47: Semen Storage and Transportation
48: Introduction
49: Extenders
50: Fresh or Raw Semen
51: Chilled Semen
52: Cryopreservation of Semen
53: Conclusion
54: Mare Insemination
55: Introduction
56: Selection of Suitable Mares for Insemination
57: Preparation of the Mare for Insemination
58: Preparation of Semen for Insemination
59: Methods of Insemination
60: Factors Affecting the Success of AI
61: Conception Rates to AI
62: Conclusion