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Lecture 05, concept 07: Helices & sheets in proteins
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Lecture 05, concept 07: Helices & sheets in proteins
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Lecture 07, concept 05: Coiled-coil helices form extended structures (e.g. myosin in muscles)
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Lecture 05, concept 15: Alpha, 3_10 and pi helices
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Lecture 05, concept 08: The alpha helix is right-handed due to L amino acids
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Lecture 05, concept 14: Proline has a ring and breaks helices
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Lecture 05, concept 20: Kinetics of alpha helix formation
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Lecture 05, concept 16: Helix packing - ridges and valleys
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Lecture 05, concept 17: Free energy of alpha helix formation
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Lecture 07, concept 24: Mixed helix/sheet - alternating (a/b) or separated (a+b) elements
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Lecture 07, concept 22: Design of four-helix bundles
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Lecture 07, concept 07: Alpha-keratin (hair, wool, etc.)
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Lecture 07, concept 03: Collagen is a special proline helix (bone, teeth, parts of skin)
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Lecture 07, concept 18: Four-helix bundles - examples of simple alpha helix structures
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Lecture 05, concept 18: The helix-coil transition
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Lecture 07, concept 17: All-alpha-helical globular proteins are diverse in structure
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Lecture 05, concept 19: The alpha helix initiation barrier
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Lecture 05, concept 22: Beta sheet stability and initiation barrier
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Protein Prediction 1 for Bioinformaticians - Lecture 7, Transmembrane Helices
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Lecture 07, concept 26: The Rossman fold - one sheet surrounded by helices
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Lecture 05, concept 21: Sheets are antiparallel or parallel, and can have hydrophobic moment
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Most Embarrassing Intro?! ft. Nikita Pawar | Ranveer Allahbadia Shorts
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Lecture 07, concept 02: Fibrous proteins are large building blocks that can reach macroscopic size
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Introduction to Chemical Biology 128. Lecture 05. Non-Covalent Interactions, DNA.
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final year diploma engineering project #viral #mechanical
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