Embryology module (GM52061)

Embryology is the branch of reproductive science specialising in the study, culture and preservation of eggs, sperm and embryos.

This module will introduce you to the theory and concepts behind the highly skilled laboratory work of a clinical embryologist. You will learn about advanced sperm selection for intracytoplasmic sperm preparation (ICSI), a refined method to select high-quality sperm for direct injection into eggs, improving success rates in assisted reproductive technologies.

What you will learn

In this module, you will:

• study up-to-date and evidenced-based practice in clinical embryology
• explore principles of laboratory management and quality assurance
• examine embryo vitrification, advanced sperm selection for ICSI, and embryo biopsy
• review protocols and procedures used within the embryology laboratory
• learn from internationally distinguished speakers
• apply your learning to clinical case presentations from experts working in medically assisted reproduction (MAR)

By the end of this module, you will be able to:

• understand the scientific and clinical principles behind clinical embryology
• critically evaluate knowledge, skills, attitudes and practices required of a competent reflective practitioner working in embryology
• apply core scientific principles in reproductive medicine to your ongoing education and planned career in ART
• demonstrate knowledge of protocols and procedures in the embryology laboratory
• communicate and critically discuss with peers and more senior colleagues

Assignments / assessment

• course work (100%)
  • The Laboratory Notebook: short essays, procedure validation, and problem based questions
• formative assignments
  • question and answer sessions
  • discussion boards
  • quizzes
  • case discussions

This module does not have a final exam.

Teaching methods / timetable

This module is part of a distance learning course . All teaching and materials will be available online, with the majority of activities taking place independently in our virtual learning environment.

Teaching activities include:

• recorded lectures
• video tutorials
• recorded laboratory demonstrations
• podcasts
• case presentations
• discussion boards

Optional drop-in sessions with course tutors are available regularly throughout the module. Additional support can also be provided through your academic adviser.