• Course Code: 16:695:634 B3
  • Credits: 1
  • First Year Curriculum: yes
  • Subsequent Year Curriculum: Biochemistry, Cell and Developmental Biology, Cellular & Molecular Pharmacology, Microbiology & Molecular Genetics, Physiology and Integrative Biology
  • Instructor: Montagna, Cristina
  • Semester/Year: Spring 2026, Spring 2024

Description: This mini course delves into the molecular complexities of somatic aneuploidy and its relevance to disease. Aneuploidy, characterized by aberrant chromosome numbers, emerges as a quintessential factor in a spectrum of pathologies, with cancer at the forefront. This focused mini-course immerses participants in a comprehensive exploration of the dysfunction-causing mechanisms, complex consequences—specifically pertaining to cell fitness and transformation into cancer—and potential therapeutic avenues inherent to aneuploidy. As a cornerstone of molecular biosciences, this course not only unveils the molecular complexities governing disease but also cultivates the analytical skills vital for future research endeavors and therapeutic advancements within the field.

Structure: The course adheres to a structured approach that emphasizes critical thinking and comprehensive understanding by utilizing peer reviewed literature. Each session centers around a carefully selected scientific paper and a review article, both addressing pertinent topics within aneuploidy research. The session begins with a brief introduction by the instructor to the day's topic. Within each session, two students will be assigned roles: one to present the introductory review for the day's topic, and the other to present the research paper. After these presentations, a group discussion will involve all participants. Engaging actively in the discussions, students contribute by sharing insights and participating in conversations related to the session's content.

Outcome: By exploring the intimate connections between aberrant chromosome numbers and disease manifestations, with a particular emphasis on cancer, this course equips students with the nuanced understanding necessary to decode the molecular foundations of complex disorders.

Grading: Students will undergo evaluation through two distinct grading methods:

  • Presentation and Assignment Summaries: This method evaluates the students' proficiency in presenting the assigned review or paper and their ability to comprehend, summarize, and effectively communicate the findings from the material. Instructors will assess the clarity, accuracy, and depth of understanding in these presentations and summaries.
  • Participation and Discussion Engagement: The second component assesses students' active engagement in group discussions and their overall participation during the sessions. Instructors will evaluate the quality of students' contributions and their involvement in these discussions, which will also contribute to their final evaluation.

Course Materials: This mini-course is centered around peer-reviewed research articles authored by leading experts in the field. These articles explore the aspects of somatic aneuploidy's impact on disease. Additionally, students will have access to video lectures that provide valuable insights into this subject.