01:119:115 Lecture Notes - Lecture 3: Alpha Helix, Peptide, Glycogen

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Gen bio i: biological importance of carbon. Length, branching, double bond position, presence of rings. Alcohol; polar; hydrophobic: carbonyl: -c (d0uble bond) o. Polar; hydrophilic: carboxyl: -c (double bond) ooh. H+ (proton) easily given up-> acidic-> carboxylic acids. Other half of amino acid: sulfhydryl: -sh. In phospholipids and nucleic acids: methyl: -ch3. Hydrolysis: water molecule used to break down polymers. Classified by location of c (double bond) o group and number of carbons. Architecture/function determined by: sugar monomers; positions of glycosidic linkages: lipids. Fatty acid: carboxyl group and long, unbranched hydrocarbon tail. Fatty acid and glycerol thru dehydration synthesis-> ester linkage-> triglyceride-> main storage form of fat. Phospholipids: glycerol and 2 fatty acids (hydrophobic tails) and phosphate group (hydrophilic head) Steroids: 3 rings with 6 carbons and 1 ring with 5 carbons: proteins. Denaturation: loss of protein"s native structure; biologically inactive.

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