- Teacher: Dawn Carone
- Teacher: Eva-Maria Collins
- Teacher: Bradley Davidson
- Teacher: Hannah Donald
- Teacher: Marisa Egan
- Teacher: Jeffrey Gauthier
- Teacher: Genevieve Haas
- Teacher: Nicholas Kaplinsky
- Teacher: Stacey Miller
- Teacher: Emily Munger
- Teacher: Jocelyne Noveral
- Teacher: Susan O'Donnell
- Teacher: Matthew Powell
- Teacher: Nicole Stowell
- Teacher: Elizabeth Vallen
- Teacher: Amy Vollmer
Undifferentiated stem cells divide and differentiate throughout development to produce the specialized cell types found in multi-cellular organisms. Stem cells also play critical roles in tissue regeneration. In this course, the molecular and cellular properties of embryonic and adult stem cells and their potential therapeutic properties will be examined. Laboratory projects will include the evolution of stem cell systems, pluripotency during embryonic development, growth, regeneration, and reproduction.
- Teacher: Timothy DuBuc
- Teacher: Susan O'Donnell
- Teacher: Elizabeth Vallen
- Teacher: Erin Clemens
- Teacher: Matthew Leslie
- Teacher: Jose-Luis Machado
- Teacher: Stacey Miller
- Teacher: Carolyn Bauer
- Teacher: Alexander Baugh
- Teacher: Dawn Carone
- Teacher: Karen Chan
- Teacher: Eva-Maria Collins
- Teacher: Bradley Davidson
- Teacher: Jeffrey Gauthier
- Teacher: Jacob Grossman
- Teacher: Sara Hiebert Burch
- Teacher: Nicholas Kaplinsky
- Teacher: Matthew Leslie
- Teacher: Jose-Luis Machado
- Teacher: Elizabeth Vallen
- Teacher: Amy Vollmer
- Teacher: Karen Chan
- Teacher: Jacob Grossman