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Autumn 2015. Studies chemical properties of biological compounds: carbohydrates, lipids, amino acids and proteins, and nucleic acids. Metabolism: biochemical energetics, enzymes, electron transport, and oxidative phosphorylation. Integration of metabolism: biochemical genetics, metabolic regulation.

Biochemistry (BIO/CHEM 4361) - Fall 2015 Seattle Pacific University

    • Wissenschaft

Autumn 2015. Studies chemical properties of biological compounds: carbohydrates, lipids, amino acids and proteins, and nucleic acids. Metabolism: biochemical energetics, enzymes, electron transport, and oxidative phosphorylation. Integration of metabolism: biochemical genetics, metabolic regulation.

    • video
    22c. Nucleotide Chemistry, and How DNA Origami Acts Like DNA LEGOs

    22c. Nucleotide Chemistry, and How DNA Origami Acts Like DNA LEGOs

    Description Not Provided.

    • 22 Min.
    22c. Nucleotide Chemistry, and How DNA Origami Acts Like DNA LEGOs

    22c. Nucleotide Chemistry, and How DNA Origami Acts Like DNA LEGOs

    • 22 Min.
    • video
    22b. The DNA Structure that Emerges from Nucleotide Structure, and Linus Pauling’s Big Mistake

    22b. The DNA Structure that Emerges from Nucleotide Structure, and Linus Pauling’s Big Mistake

    Description Not Provided.

    • 34 Min.
    22b. The DNA Structure that Emerges from Nucleotide Structure, and Linus Pauling’s Big Mistake

    22b. The DNA Structure that Emerges from Nucleotide Structure, and Linus Pauling’s Big Mistake

    • 34 Min.
    • video
    22a. Nucleotide Structure

    22a. Nucleotide Structure

    Description Not Provided.

    • 19 Min.
    22a. Nucleotide Structure

    22a. Nucleotide Structure

    • 19 Min.

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