Cellular processes are driven by interactions between molecules that assemble into biologically active complexes.
This course focuses on the interactions between proteins and nucleic acids (DNA and RNA), exploring the molecular recognition mechanisms that govern these interactions and their broader impact on cellular processes.
We will examine a range of experimental and computational techniques used to study these interactions in vivo, in vitro, and in silico.
The course integrates lectures with active discussions of both classical and recent studies in the field.
Together, we will critically analyze how the findings of these studies have shaped current perspectives, explore alternative interpretations, and discuss open questions, including potential experiments to address these gaps.
Active participation is essential. Students are expected to engage in discussions, build on topics covered in previous lectures, and carefully read 3–4 assigned research papers for class discussions.
Course Requirements
- Assignments: 3 homework assignments.
- Quizzes: 3 quizzes.
- Attendance and Participation: Attend at least 80% of the lessons and actively participate in discussions.
Grading
40% for attendance and participation,
30% for homework (10% each)
30% for quizzes (10% each)