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Artificial Intelligence In Medicine

Artificial Intelligence In Medicine

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Artificial Intelligence In Medicine

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Comprehensive veterinary reference covering artificial intelligence in medicine. This digital edition provides in-depth coverage suitable for veterinarians, veterinary students, technicians, and animal health professionals.

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Category: Artificial Intelligence in Medicine

Published by Global Vet & Co Ltd.

Table of Contents

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  • Preface (p.7)
  • Contents (p.9)
  • 1 Introduction (p.21)
  • 2 A Historical Overview of the Development of Ultrasonography in Animals (p.22)
  • 3 Pregnancy Diagnosis During Early Gestation (p.24)
  • 4 Fetal Number Determination (p.26)
  • 5 Fetal Sexing (p.27)
  • 6 Determination of Fetal Age: Measures of Fetal Growth During Gestation (p.28)
  • 7 Doppler Ultrasound (p.35)
  • 8 Three-Dimensional (3D) Ultrasonography in Goat Reproduction (p.38)
  • 9 Final Considerations (p.40)
  • References (p.40)
  • 1 Introduction (p.46)
  • 2 B-Mode Ultrasonography (p.47)
  • 3 Doppler Ultrasonography (p.48)
  • 4 Embryonic Stage (p.49)
  • 5 Embryonic Stage Ultrasonography (p.50)
  • 6 Embryonic Stage Pregnancy Abnormalities (p.55)
  • 7 Fetal Stage (p.59)
  • 8 Conclusion (p.60)
  • References (p.61)
  • 1 Introduction (p.66)
  • 2 Donor Mare (p.67)
  • 3 Recipient Mare (p.73)
  • 4 Embryo Vitrification (p.79)
  • 5 Conclusions (p.83)
  • References (p.83)
  • 1 Introduction (p.87)
  • 2 Developmental Programming (p.88)
  • 3 Assisted Reproductive Technologies (p.93)
  • 4 Assisted Reproductive Technologies and Developmental Programming (p.98)
  • 5 Conclusions (p.101)
  • References (p.101)
  • 1 Introduction (p.109)
  • 2 Donkey Milk Production Programs (p.111)
  • 3 Donkey Milk and Human Health (p.113)
  • 4 Donkey Reproduction Programs (p.114)
  • 5 Practical Reproductive Management (p.131)
  • 6 Conclusions (p.134)
  • References (p.134)
  • 1 Physiological Stress Response and Its Impact on the Reproductive Function (p.138)
  • 2 Hierarchy, Herd Handling, and Nutritional Management Stress: Interference on Reproductive Outcomes (p.150)
  • 3 Thermal Stress (p.161)
  • 4 Conclusion (p.185)
  • References (p.186)
  • 1 Introduction (p.205)
  • 2 Overall Effects of Stress on Reproduction (p.205)
  • 3 Effects on Stallions and Jacks (p.207)
  • 4 Effects on Mares and Jennies (p.211)
  • 5 Effects on Foals (p.217)
  • 6 Low-Stress Handling and Management? (p.220)
  • References (p.221)
  • 1 Introduction (p.228)
  • 2 Artificial Insemination in Cattle: A Gateway Tool for Genetic Advancement (p.232)
  • 3 Embryo Production and Embryo Transfer (p.235)
  • 4 Technologies for Genetic Selection in Cattle Breeding (p.242)
  • 5 Applications of ART for Improving Traits Related to Production, Reproduction, Health, and Thermotolerance (p.247)
  • 6 Ethical Considerations (p.254)
  • 7 Future Directions (p.256)
  • 8 Conclusions (p.260)
  • References (p.260)
  • 1 Introduction (p.273)
  • 2 Basic Principles of Boar Sperm Evaluation (p.274)
  • 3 New Diagnostic Techniques for Boar Sperm Evaluation (p.278)
  • 4 The Use of Omics Technologies for Boar Sperm Evaluation (p.292)
  • 5 Conclusions (p.300)
  • References (p.300)
  • 1 Introduction (p.314)
  • 2 Control of Post-Insemination Uterine Inflammation and Sperm Selection (p.315)
  • 3 Seminal Plasma Exosomes and Microvesicles (p.321)
  • 4 Seminal Plasma Metabolomics (p.321)
  • 5 Conclusions (p.322)
  • References (p.322)
  • 1 Introduction (p.326)
  • 2 In Vitro Production of Bovine Embryos (p.328)
  • 3 Sperm Origin, Variability, and Quality (p.330)
  • 4 Sperm Selection and Preparation: Does It Affect Sperm Quality? (p.333)
  • 5 Paternal Factors Crucial for Embryo Development (p.335)
  • 6 Environmental and Microbiological Factors (p.338)
  • 7 Conclusions (p.340)
  • References (p.341)
  • 1 Introduction (p.355)
  • 2 Sperm Motility (p.356)
  • 3 Mitochondria in the Midpiece Region of Spermatozoa (p.357)
  • 4 Mitochondria during Spermatogenesis (p.360)
  • 5 Quantitative Regulation of Mitochondrial DNA Copy Number in Paternal Gametes during Spermatogenesis and Fertilization (p.363)
  • 6 Sperm Functions Affected by the mtDNA Copy Number/Mitochondria Content (p.365)
  • 7 Conclusion (p.366)
  • References (p.366)
  • 1 Introduction (p.375)
  • 2 The Pig as a Research Model in ARTs (p.376)
  • 3 The Ejaculate and the Importance of Seminal Plasma (p.376)
  • 4 Seminal Plasma (SP) Function (p.379)
  • 5 Preparing the Uterus for Implantation (p.381)
  • 6 Offspring Health (p.381)
  • 7 What Happens in the Female Tract Once the Ejaculate Has Been Deposited? (p.382)
  • 8 Extracellular Vesicles (EVs) (p.386)
  • 9 Reproductive Fluids EVs (p.396)
  • 10 Interactions of EVs with Gametes (p.398)
  • 11 Interactions of EVs with the Embryo (p.405)
  • 12 ARTs with EVs (p.408)
  • 13 Other Future Uses of EVs (p.411)
  • 14 Conclusions (p.412)
  • References (p.413)
  • 1 Introduction (p.430)
  • 2 Equine Embryonic Development in the Oviduct (p.431)
  • 3 Equine Embryonic Migration from the Oviduct to the Uterus (p.434)
  • 4 Equine Embryo Development in the Uterus (p.437)
  • 5 The Capsule: Formation and Functions (p.441)
  • 6 Equine Embryonic Mobility and Maternal Recognition of Pregnancy (p.445)
  • 7 In Vitro Equine Embryo Development (p.449)
  • 8 The Endometrial Cups (p.456)
  • 9 Conclusion (p.459)
  • References (p.460)
  • 1 Introduction (p.475)
  • 2 The Oviductal Epithelium Interacts with the Cumulus-Oocyte Complex after Ovulation (p.476)
  • 3 The Oviduct Maintains Sperm Fertilizing Ability by Formation of a Sperm Reservoir (p.477)
  • 4 The Oviduct Acts as a Major Site of Sperm Selection (p.480)
  • 5 The Oviduct Manages Embryo Transport and Nutrition (p.481)
  • 6 The Oviduct Is the First Site of Embryo-Maternal Communication (p.482)
  • 7 Conclusions (p.484)
  • References (p.485)
  • ... and 33 more chapters

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