Veterinarians must continue their training to adapt to new developments in this field”

From the earliest data on animal reproduction in Egyptian hieroglyphs, through to the ancient veterinarians and to the present day, humankind has always been interested in the study of animal reproduction to increase populations and obtain better yields. 

Animal reproduction has evolved exponentially in recent decades and its current development means that technologies implemented a few years ago are now obsolete. Combining technique, science and human genius brings results that are identical to natural reproduction. 

The professional master’s degree in Biology and Technology in Mammal Reproduction is developed to expand upon the current knowledge of the physiological and pathological mechanisms of natural reproduction, as well as the specialization in the different techniques of assisted reproduction available for the different species of domestic mammals. 

This intensive program includes very new topics in the field of Animal Reproduction, such as sperm sexing in mammals, which are beginning to be applied at a commercial level after years of research. It also covers other topics in genetics that are still under research but are being worked on for inclusion in the current market, such as embryo genotyping by biopsy and CRISPR/CAS. In addition, the teaching team is actively developing the most up to date techniques in assisted reproduction biotechnologies, making the genetic material from different species of international zootechnical interest available to the market. 

Don't miss the opportunity to take this professional master’s degree in Biology and Technology of Reproduction in Mammals with us. It's the perfect opportunity to advance in your career"

This professional master’s degree in Biology and Technology of Reproduction in Mammals contains the most complete and up-to-date scientific program on the market. The most important features include:  

• Case studies presented by experts in Biology and Technology of Reproduction in Mammals
• The graphic, schematic, and practical contents with which they are created, provide scientific and practical information on the disciplines that are essential for professional development
• Latest development in Biology and Technology of Reproduction in Mammals
• Practical exercises where self assessment can be used to improve learning
• Special emphasis on innovative methodologies in Biology and Technology of Reproduction in Mammals
• Theoretical lessons, questions to the expert, debate forums on controversial topics, and individual reflection assignments
• Content that is accessible from any fixed or portable device with an Internet connection

This professional master’s degree is the best investment you can make when choosing a refresher program to update your knowledge in Biology and Technology of Reproduction in Mammals" 

The multimedia content, developed with the latest educational technology, will provide the professional with situated and contextual learning, i.e., a simulated environment that will provide immersive training programmed to learn in real situations. 

This program is designed around Problem-Based Learning, whereby the specialist must try to solve the different professional practice situations that arise throughout the program. For this purpose, the professional will be assisted by a novel interactive video system developed by renowned and experienced experts in Mammalian Reproductive Biology and Technology.

This program comes with the best educational material, providing you with a contextual approach that will facilitate your learning"

This 100% online program will allow you to balance your studies with your professional work while increasing your knowledge in this field"

The program in Biology and Technology of Reproduction in Mammals is oriented to facilitate the performance of the veterinary professional with the latest advances and most innovative treatments in the sector.

This is the best option to learn about the latest advances in professional master’s degree"

General objectives

• Examine all reproductive methods existing in nature and their evolution 
• Develop knowledge of all the anatomical structures of the reproductive system of different mammals 
• Establish the essential knowledge of the interconnection between the CNS and the hypothalamic-pituitary axis
• Analyze the hormonal interconnections of mammal reproduction 
• Determine the onset of sexual activity as a method of improving production systems 
• Establish the basis of embryonic development before, during and after implantation
• Examine the origin and development of reproductive organogenesis
• Rationale for genetic screening for sex determination and detection of reproductive chromosomal abnormalities
• Analyze the possible causes of embryonic death
• Analyze the whole mechanism of hormonal regulation of reproductive activity in the male
• Examine the anatomy of the accessory glands and their functions in each species of domestic mammals
• Determine the different ejaculates of domestic mammals
• Examine all reproductive pathologies and sexually transmitted diseases
• Analyze the physiology of reproduction in females
• Establish the specific and concrete differences between the estrous cycle and the sexual cycle in different mammalian females
• Define the pathologies that affect reproduction programs in females
• Establish the complete process of fertilization and what happens around this phenomenon
• Evaluate the factors involved in fertilization disturbances
• Compile placental systems in different species of domestic mammals
• Learn the fundamentals of gestational diagnosis methods
• Specify the stages of labor, its physiology and precursor signs
• Define the methods of examination and clinical monitoring of mammalian parturition preparation
• Examine mammary gland function, lactogenic hormones and milk composition in different species of domestic mammals
• Establish working protocols for sperm extraction, evaluation, processing and cryopreservation
• Specify practical methods for determining stallion fertility in clinics and farms (spermiograms)
• Examine artificial insemination methods and programs in different species of domestic mammals
• Identify the importance of embryo transfer as a methodology for germplasm banking and genetic improvement
• Examine the development of follicular puncture (OPU), in vitro fertilization (IVF) and intracytoplasmic sperm injection (ICSI) as application techniques in embryo implantation and genetic improvement programs
• Specify the importance of sexual differentiation in mammals and its application in progeny testing programs
• Evaluate sex selection techniques in both embryos and spermatozoa
• Develop knowledge of the alterations caused by the application of these techniques in pathologies that may affect sex determination
• Analyze the use of the latest reproductive technologies in genetic selection programs
• Develop a comprehensive study of new reproductive technologies and their effectiveness in their technical application
• Specify the epigenetic alterations in animal reproduction and the bioethical aspects of their application in animals

Specific objectives

Module 1. Introduction to the Reproduction of Domestic Mammals Anatomy and Endocrinology

• Analyze the methods of sexual and asexual reproduction 
• Deepen knowledge of the specific anatomical bases of each species 
• Establish the pattern of CNS interconnection and its relationships with reproduction 
• Identify release factors and growth factors related to reproduction 
• Determine all hormones involved in reproduction 
• Develop knowledge of the neuroendocrine activity of the hypothalamic-pituitary axis 
• Establish sexual behavioral changes at the onset of puberty 

Module 2. Embryogenesis and Reproductive Tract Development

• Determine microscopically and histologically the morphology of the embryo in its different stages of development
• Examine the anatomical, cellular and hormonal aspects that occur during blastocyst implantation and possible abnormalities
• Determine the successive steps from progenesis to organogenesis
• Analyze the spermatogenic and seminiferous cycle of the different domestic males, as well as their spermatogenic wave
• Develop knowledge of the dynamics of follicular growth, as well as the regulatory mechanisms for the production of mature oocytes
• Examine the major abnormalities that occur in the sex chromosomes
• Acquire in-depth knowledge of the development of apoptosis in the embryo

Module 3. Male Reproduction

• Examine the hormonal changes generated during puberty in the male
• Define the variations produced in male fertility by circadian rhythms
• Establish the conditions and activity of enzymes involved in testicular function at their specific receptors
• Evaluate the activity of antihormones
• Specify the morphological, physiological and maturation mechanisms of spermatozoa
• Learn the fundamentals of medical nomenclature in sperm assessment
• Analyze the anatomical and physical action of flagellar sperm movement
• Compile protocols for diagnosis and treatment of venereal diseases

Module 4. Female Reproduction

• Demonstrate the onset of sexual activity in females and the functioning of the hypothalamic-pituitary-gonadal axis
• Develop the scientific mechanisms of follicular surges in the sexual cycle
• Identify hormonal factors for growth and regulation of oocyte maturation
• Examine and establish the importance of the corpus luteum as an endocrine organ in female reproduction
• Substantiate the importance of the uterus and its physiology in the development of gestation
• Evaluate postpartum reproductive activity of females
• Compile methods of diagnosis and treatment of reproductive pathologies in females

Module 5. Fertilization and Gestation 

• Examine gametic migrations
• Develop knowledge of the events prior to fertilization: sperm capacitation, acrosome reaction and gametic conjugation
• Demonstrate the importance of pellucid membrane function
• Specify the mechanisms of oocyte activation after fertilization
• Examine the factors involved in the processes that alter fertilization
• Establish the endocrine function of the placenta and the regulation of placental hormones
• Generate action protocols for embryo reabsorption and miscarriages

Module 6. Labor and Lactation 

• Analyze pelvic diameters and circumferences in different domestic females
• Substantiate the events during the stages of childbirth
• Evaluate external and internal factors affecting the dynamics of childbirth
• Establish calving induction treatments in different domestic females
• Develop knowledge of puerperal control guidelines
• Compile the different performances of the physiology of childbirth, as well as anesthesia and obstetric surgery in different species
• Establish newborn care protocols (neonatology)
• Specify the process of mammogenesis and lactogenesis based on the physiology of lactation
• Define milk quality conditions and milk control programs

Module 7. Reproductive Biotechnologies in Males

• Present the methods of macroscopic, microscopic and seminal quality assessment
• Evaluate the compositions and functionality of the different diluents, as well as the methodology for the calculation of seminal doses
• Examine the critical points in the processing, maintenance and cryopreservation of spermatozoa
• Establish quality management systems in semen freezing centers
• Compile the design of a stallion assessment system
• Identify all genetic diseases transmissible by spermatozoa
• Propose the creation of germplasm banks for the conservation of animal genetic resources

Module 8. Reproductive Biotechnologies in Females

• Analyze synchronization protocols for fixed-time artificial insemination (FTAI)
• Substantiate the effects of hormones in the IATF programs
• Evaluate the issues involved in an embryo transfer program
• Present superovulation and synchronization protocols in embryo donors
• Establish systems for handling and valuation of embryos at commercial level
• Compile the different methods of embryo and oocyte preservation
• Develop OPU programs as an alternative methodology to embryo transfer
• Analyze the assessment criteria for embryo implantation in recipients

Module 9. Selection of Sex in Mammals

• Evaluate the importance of sex selection in breeding programs
• Develop knowledge of the methods of embryo sexing currently in use
• Demonstrate the scientific basis of the different techniques of sperm sex selection
• Analyze the different advantages and disadvantages of the different sperm sexing techniques in mammalian males
• Identify pathologies that can affect sex, as well as flagellar mutations and alterations
• Learn the fundamentals of sperm sexing efficacy techniques

Module 10. Latest Advances in Reproductive Technologies

• Examine MOET, BLUP and Genomics methods for their implementation in selection programs
• Establish the technique of oocyte collection in impuberant females and its effective application as a shortening of the generation interval
• Determine the methods of animal cloning and their technical application
• Propose the different embryo biopsy techniques for preimplantational genetic diagnosis
• Establish the characteristics of transgenic animals
• Learn about the application of primordial embryonic cells in animal production
• Substantiate the mechanism of action in the application of the CRISPR technique

Update your knowledge through the program in Biology and Technology of Reproduction in Mammals"