MCD BIO XL 138
This course presents the genetic, cellular and molecular mechanisms involved in the development of animal embryology and related developmental defects and disease.
What you can learn.
- Understand changes in gene expression and cell-to-cell interaction leading up to particular developmental outcomes
- Apply main genetic and molecular tools used in the study of development of principal experimental models
About this course:
This course teaches the cellular and molecular basis of animal embryology and describes the events of development common to many multicellular organisms. Lectures emphasize the genetic, cellular, and molecular mechanisms involved in development. Topics include changes in gene expression and cell-to-cell interactions and how these lead to particular developmental outcomes. Students also learn how alterations in normal patterns of gene expression and cell-cell interaction lead to developmental defects and disease. Transferable for UC credit.
It is advisable that you complete the following (or equivalent) since they are prerequisites for Developmental Biology.
Life Sciences XL 3, XL 4, XL 23L or Life Sciences XL 7A, XL 7B, XL 7C, and XL 107.