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The chick embryo as animal model: history, researchers, advantages

This course  designed for master’s and PhD students offers an in-depth examination of one of the most enduring and versatile models in developmental and biomedical research.

Course details
Non-credit or Credit course
Non-credit course
Teacher
Dr. Augusto Escalante
Category
Basic Neuroscience
Dimension
Empirical neuroscience & Clinical neuroscience
Level
Advanced
Includes
  • Lecture
  • VIdeos

This course offers an in-depth examination of one of the most enduring and versatile models in developmental and biomedical research. Designed for master’s and PhD students, it traces the historical development of the chick embryo as a scientific model—from early embryological observations to its modern applications in genetics, neuroscience, and regenerative biology. Students will learn about the pioneering researchers who shaped the field, the experimental techniques that made the model indispensable, and the ethical and practical advantages that continue to support its use today. By integrating historical context with current methodologies, the course highlights how the chick embryo continues to provide unique insights into vertebrate development, disease modeling, and translational research.

Upon completion of the course, the master/doctoral student should be able to:
   - Learn the historical perspective of embryo development studies
   - Understand the advantages and disadvantages of using the chick as animal model
   - Potential applications of the animal model into modern neuroscience

If you have any comments or questions please contact Dr. Augusto Escalante at aescalante@umh.es

Course Features
Historical foundations of chick embryo research
Key pioneers and milestones in embryology
Advantages and limitations of using chick embryos in research
Modern applications in genetics, neuroscience, and regenerative biology

Lessons

Number of lessons: 1
  •  
    Dr. Augusto Escalante

    This lesson introduces the chick embryo as a foundational model in developmental and biomedical science. Students will explore its historical significance, key experimental techniques, and the reasons it remains a powerful tool in contemporary…