TEACHING

Biochemistry I: CM460/CM560/BY450/BY650

This course covers everything that you need to about biological building blocks (amino acids, saccharides, nucleotides and lipids), their physico-chemical properties and their biopolymers. Their applications in pharmaceutical and biotechnological industry, as well as their impact in our health and what we eat is also discussed.

Biochemistry II: CM461/CM561/BY451/BY651

This course covers metabolism, i.e. the building (anabolism) and consumption (catabolism) of biopolymers. 

Biochemistry & Biotechnology laboratory: CM470/CM570/BY470/BY670

This is a hands-on course designed to cover almost everything that you need to know about detection, quantification, isolation, fractionation, identification, and characterization of proteins, protein post-translational modifications or protein-protein interactions that will give the student a well-qualified scientist in a biotech or pharma industry, government or private lab, or a great graduate student.    

 

Protein Chemistry & Proteomics: CM463 & CM563

This course covers everything that you need to know regarding protein purification, identification and characterization

 

Advanced Mass Spectrometry: CM422/CM522/BY427/BY527

This course requires prior knowledge of mass spectrometry, and it is mostly an upper level course. The Clarkson students who take Biochemistry I with Dr. Darie will be qualified to take this course. The course uses Dr. Darie’s book (1st and 2nd edition): Advancements of Mass Spectrometry in Biomedical Research, Eds. Alisa G. Woods & Costel C. Darie, Advances in Experimental Medicine and Biology Series (ISSN: 0065-2598), Springer International Publishing Switzerland, 806, doi: 10.1007/978-3-319-06068-2. 1st Edition (2014) and 1140, doi: 10.1007/978-3-030-15950-4. 2nd Edition (2019).

 

Directed Research in Biochemistry (CM467), Directed Study in Biochemistry (CM468), Honors thesis (CM491) and Senior thesis (CM492)

The students can do research in our lab and present their work at the local and regional conferences. If the data is promising and the project advances, the students can also attend national and/or international conferences to present their work. Sometimes, their work may also end up in a publication.

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