In MED 212B, students explore the core principles and methods of both proteomics and genomics in the context of translational medicine. The course integrates key technologies including mass spectrometry, peptide mapping, antibody-drug conjugate analysis, and single-cell sequencing. Students will learn how these methods are applied to characterize proteins, delineate immunologic cell types, and identify gene expression patterns relevant to disease and therapy development.The curriculum emphasizes both experimental and computational approaches, providing hands-on experience with laboratory techniques and data analysis pipelines. Students will gain practical skills in conducting and interpreting proteomics and genomics experiments, with a focus on how nature and type of data shape analytical strategies.By combining proteomics- and genomics-based translational methods, this course equips students with a versatile and foundational skillset essential for conducting their M-TRAM capstone projects and advancing in a rapidly evolving biomedical research landscape. (requirements: M-TRAM students only)
3 units · Medical Option (Med-Ltr-CR/NC)
In MED212B, students explore the core principles and methods of both proteomics and genomics in the context of translational medicine. The course integrates key technologies including mass spectrometry, peptide mapping, antibody-drug conjugate analysis, and single-cell sequencing. Students will learn how these methods are applied to characterize proteins, delineate immunologic cell types, and identify gene expression patterns relevant to disease and therapy development.The curriculum emphasizes both experimental and computational approaches, providing hands-on experience with laboratory techniques and data analysis pipelines. Students will gain practical skills in conducting and interpreting proteomics and genomics experiments, with a focus on how nature and type of data shape analytical strategies.By combining proteomics- and genomics-based translational methods, this course equips students with a versatile and foundational skillset essential for conducting their M-TRAM capstone projects and advancing in a rapidly evolving biomedical research landscape. (requirements: M-TRAM students only)
Offered in Winter 2026 at Stanford University.