
Equine Reproduction Course
This comprehensive Equine Reproduction Course gives veterinarians, breeding managers, and equine professionals the clinical knowledge and hands-on techniques needed to maximize fertility outcomes in mares and stallions. From estrous cycle physiology and semen evaluation to embryo transfer and reproductive pathology, every critical topic is covered in depth. Build the expertise to run efficient, data-driven breeding programs with confidence.
What you will learn:
You will gain a thorough understanding of equine reproductive anatomy, estrous cycle physiology, and the pharmacological tools used to manipulate and synchronize breeding. You will learn to perform semen collection and evaluation, execute artificial insemination with fresh, chilled, and frozen semen, and diagnose pregnancy from day 10 onward. The course also covers advanced technologies including embryo transfer, ICSI, and oocyte aspiration. You will develop skills to identify and manage reproductive pathology in both mares and stallions. Regulatory compliance, record-keeping systems, and client communication are also addressed to prepare you for real-world breeding program management.
How you study in practice Equine Reproduction Course
How you practice Equine Reproduction Course
For companies that want to train their team
With Dedika for Business, the course includes exercises and examples tailored to your own business and the way your company needs.
Course content
8 Chapters • 39 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsFoundations of Equine Reproductive Anatomy
Foundations of Equine Reproductive Anatomy
Lesson 1 • Stallion Reproductive Tract Overview
Examines testes, epididymis, accessory glands, and penis with physiological roles. Provides structural context for semen production and collection procedures.
Lesson 2 • Mare Reproductive Tract Overview
Covers ovaries, oviducts, uterus, cervix, and vulva with functional roles. Establishes anatomical baseline for all subsequent mare examination techniques.
Lesson 3 • Neuroendocrine Control of Reproduction
Details the hypothalamic-pituitary-gonadal axis and key reproductive hormones. Links hormonal signaling to observable reproductive events in both sexes.
Lesson 4 • Seasonal Reproductive Patterns
Explains photoperiod-driven seasonality unique to horses and its clinical implications. Prepares students to anticipate reproductive status based on time of year.
Chapter 2HideHide detailsSee detailsEstrous Cycle Physiology and Monitoring
Estrous Cycle Physiology and Monitoring
Lesson 1 • Rectal Palpation and Transrectal Ultrasonography
Teaches manual and ultrasound-based uterine and ovarian evaluation techniques. Core diagnostic skill for cycle monitoring and pathology detection.
Lesson 2 • Hormone Assays for Cycle Tracking
Covers progesterone, estrogen, and LH assay methods and interpretation. Supplements ultrasound findings with quantitative hormonal data.
Lesson 3 • Behavioral Estrus Detection Methods
Describes teasing protocols and behavioral scoring to identify receptive mares. Integrates behavioral data with physical examination findings.
Lesson 4 • Phases of the Equine Estrous Cycle
Defines estrus, diestrus, and transitional phases with hormonal and behavioral markers. Connects cycle phases to follicular and luteal dynamics.
Lesson 5 • Ovulation Prediction and Confirmation
Combines ultrasound, hormone data, and behavioral cues to predict and confirm ovulation. Directly informs optimal insemination or natural cover timing.
Chapter 3HideHide detailsSee detailsReproductive Pharmacology and Cycle Manipulation
Reproductive Pharmacology and Cycle Manipulation
Lesson 1 • Artificial Lighting Programs
Describes light supplementation protocols to advance the breeding season in mares. Integrates photoperiod manipulation with hormonal treatment strategies.
Lesson 2 • Progesterone Supplementation Protocols
Details exogenous progesterone and progestin use for cycle suppression and pregnancy support. Connects pharmacology to clinical indications such as early embryonic loss prevention.
Lesson 3 • Synchronization Protocols for Group Breeding
Combines luteolysis, ovulation induction, and progesterone priming into cohesive synchronization programs. Prepares students to design and execute group breeding schedules.
Lesson 4 • Ovulation Induction Agents
Covers hCG, deslorelin, and GnRH analogs used to trigger ovulation reliably. Establishes dosing rationale and timing relative to follicle size.
Lesson 5 • Luteolysis and Cycle Shortening
Explains prostaglandin F2-alpha use to lyse the corpus luteum and shorten diestrus. Enables precise cycle resetting for breeding program management.
Chapter 4HideHide detailsSee detailsSemen Evaluation and Stallion Fertility Assessment
Semen Evaluation and Stallion Fertility Assessment
Lesson 1 • Semen Collection Techniques
Covers artificial vagina types, phantom mare use, and collection hygiene standards. Establishes safe, repeatable collection as the prerequisite for accurate evaluation.
Lesson 2 • Breeding Soundness Evaluation Standards
Applies minimum threshold criteria to classify stallions as satisfactory, questionable, or unsatisfactory. Integrates physical exam, libido assessment, and semen data.
Lesson 3 • Advanced Sperm Function Testing
Introduces CASA, flow cytometry, and oxidative stress assays for deeper fertility prediction. Supplements routine analysis when standard parameters are inconclusive.
Lesson 4 • Gross and Microscopic Semen Analysis
Teaches volume, concentration, motility, and morphology assessment using standard methods. Core laboratory skills applied in every breeding soundness evaluation.
Lesson 5 • Stallion Reproductive Health Management
Covers vaccination, parasite control, nutrition, and exercise for optimal semen quality. Connects preventive management to sustained fertility across the breeding season.
Chapter 5HideHide detailsSee detailsArtificial Insemination Techniques and Protocols
Artificial Insemination Techniques and Protocols
Lesson 1 • Fresh and Chilled Semen Insemination
Teaches transcervical insemination technique and timing for fresh and cooled semen. Establishes the standard AI procedure as the foundation for advanced methods.
Lesson 2 • AI Program Record-Keeping and Outcomes
Establishes data collection standards for insemination dates, semen lots, and pregnancy outcomes. Systematic records enable program evaluation and continuous improvement.
Lesson 3 • Semen Extenders and Preparation
Covers extender composition, dilution ratios, and quality checks before insemination. Proper preparation directly determines sperm viability at the time of deposition.
Lesson 4 • Deep-Horn Insemination Techniques
Covers endoscope-guided and non-endoscopic deep-horn AI for low-dose frozen semen. Enables effective use of limited or poor-quality frozen semen doses.
Lesson 5 • Frozen Semen Thawing and Handling
Details thaw protocols, post-thaw evaluation, and handling to preserve sperm viability. Frozen semen requires stricter protocols than fresh due to cryoinjury risks.
Chapter 6HideHide detailsSee detailsPregnancy Diagnosis and Early Embryonic Development
Pregnancy Diagnosis and Early Embryonic Development
Lesson 1 • Early Embryonic Loss Recognition and Management
Identifies ultrasound and hormonal signs of embryonic loss and outlines intervention options. Timely detection allows cycle resetting and rebred opportunity within the season.
Lesson 2 • Early Pregnancy Detection by Ultrasonography
Teaches vesicle identification, measurement, and embryo proper visualization from day 10–25. Ultrasound is the primary and most reliable early pregnancy diagnostic tool.
Lesson 3 • Hormonal Pregnancy Confirmation Methods
Describes eCG, progesterone, and estrone sulfate assays for pregnancy confirmation. Supplements ultrasound in field settings where imaging is unavailable.
Lesson 4 • Twin Detection and Reduction
Covers twin vesicle identification, fixation timing, and manual reduction techniques. Twin pregnancies carry high risk of abortion and require prompt intervention.
Lesson 5 • Maternal Recognition of Pregnancy
Explains the embryonic mobility phase and signaling that prevents luteolysis in mares. Foundational concept linking embryo biology to clinical pregnancy management.
Chapter 7HideHide detailsSee detailsAdvanced Reproductive Technologies
Advanced Reproductive Technologies
Lesson 1 • Embryo Evaluation and Grading
Teaches morphological grading of recovered embryos using standardized scoring systems. Grade directly predicts transfer success and guides discard versus transfer decisions.
Lesson 2 • Embryo Transfer Fundamentals
Covers donor and recipient selection, synchronization, and non-surgical embryo collection. ET allows high-value mares to produce multiple offspring per season.
Lesson 3 • Embryo Transfer and Cryopreservation
Details non-surgical transfer technique, holding media, and embryo freezing protocols. Cryopreservation extends the utility of recovered embryos beyond immediate transfer.
Lesson 4 • Oocyte Collection and Maturation
Covers transvaginal ultrasound-guided follicle aspiration and in vitro oocyte maturation. Enables reproduction from mares unable to carry embryos or respond to superovulation.
Lesson 5 • Intracytoplasmic Sperm Injection
Explains ICSI procedure, micromanipulation equipment, and embryo culture to blastocyst. Enables fertilization with minimal sperm numbers from subfertile or deceased stallions.
Chapter 8HideHide detailsSee detailsReproductive Pathology and Problem Breeding Management
Reproductive Pathology and Problem Breeding Management
Lesson 1 • Stallion Subfertility and Infertility
Diagnoses testicular degeneration, epididymal blockage, and libido disorders with management options. Distinguishes reversible from permanent causes to guide owner counseling.
Lesson 2 • Infectious Reproductive Diseases
Covers equine viral arteritis, CEM, and herpesvirus impacts on reproduction with biosecurity measures. Infectious disease control is essential to herd-level reproductive success.
Lesson 3 • Uterine Pathology in Mares
Covers endometritis, endometrosis, and uterine cysts with diagnostic and treatment approaches. Uterine health is the single greatest determinant of mare fertility.
Lesson 4 • Cervical and Vulvar Disorders
Addresses cervical lacerations, adhesions, and poor vulvar conformation affecting fertility. Surgical correction and management strategies are outlined for each condition.
Lesson 5 • Ovarian Abnormalities and Dysfunction
Identifies granulosa cell tumors, anovulatory follicles, and ovarian hypoplasia via ultrasound and hormones. Accurate diagnosis guides prognosis and treatment selection.
Your valid completion certificate
This course is for you:
Equine veterinarian: seeking to formalize and deepen reproductive case management skills.
Breeding farm manager: responsible for seasonal mare and stallion fertility outcomes.
Veterinary technician: expanding scope toward equine reproductive support and procedures.
Agricultural science graduate: transitioning into professional equine breeding program roles.
Thoroughbred or sport horse owner: managing a small breeding operation independently.
Animal science educator: updating curriculum with current equine reproduction standards.
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