Experimental Methods in Systems Biology

MODULE 1: Introduction

• Gain a comprehensive scope and overview of the course
• Learn about biological model systems and experimental perturbations
• Understand the measurement of nucleic acids and protein states
• Participate in quizzes to test your understanding

MODULE 2: Deep mRNA Sequencing

• Explore the history of sequencing and the advancements in 2nd and 3rd generation sequencing
• Learn about Illumina-based mRNA sequencing and its data analysis
• Watch lab-based videos for practical insights

MODULE 3: Mass Spectrometry-Based Proteomics

• Understand the basics of mass spectrometry and its quantification in proteomics
• Participate in lab-based videos for hands-on experience and data analysis
• Engage in a quiz to assess your knowledge

MODULE 4: Midterm Exam

Assessment module for evaluating your understanding of the course material.

MODULE 5: Flow and Mass Cytometry for Single Cell Protein Levels and Cell Fate

• Learn about flow cytometry, mass cytometry, and cytometry data analysis
• Participate in lab-based videos for practical insights
• Engage in a quiz to test your knowledge

MODULE 6: Live-cell Imaging for Single Cell Protein Dynamics

• Explore fluorescence microscopy and the visualization of molecules in living cells
• Learn about quantification and watch lab-based videos for practical understanding
• Participate in a quiz to assess your knowledge

MODULE 7: Integrating and Interpreting Datasets with Network Models and Dynamical Models

• Understand omics data and network model analyses
• Learn about dynamical model analyses and engage in a case study
• Participate in a quiz to test your understanding

MODULE 8: Final Exam

Assessment module for evaluating your understanding of the course material.