Be able to describe the difference between a saturated and an unsaturated fat. Be able to describe the relationship between fatty acids and triacylglycerol. Be able to recognize a peptide bond...

Be able to describe the difference between a saturated and an unsaturated fat.

Be able to describe the relationship between fatty acids and triacylglycerol.

Be able to recognize a peptide bond and to show where one would form between two amino acids if shown a picture of them.

Be able to describe the primary, secondary, tertiary, and quaternary structures of a protein and to explain why this is important.

Be able to describe what happens when a protein becomes denatured, and predict the effect of denaturation on protein function.

Be able to describe a double helix.

Be able to list the bases by name and one-letter abbreviation and to say which bases pair with one another.

Be able to contrast DNA and RNA in terms of sugar structure, base content, strandedness, and stability.

Be able to explain why A does not base pair with A, or G, etc.

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gsenviro | College Teacher | (Level 1) Educator Emeritus

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9. Saturated fats contain only single bonds, while the unsaturated fats contain at least 1 double bond. Saturated fats are generally not considered healthy, while unsaturated fats are preferred due to antioxidant content, apart from cholesterol control. The former have high melting point, while the latter are characterized by low melting point.

10. Triacylglycerols are synthesized from three fatty acid molecules, joined by one glycerol molecule. Examples of triacylglycerols are olive and corn oil. They are the form in which fat energy is stored in adipose tissues.

11. A peptide bond is represented as CO-NH bond or bond involving amine group of one molecule and carboxyl group of other molecule. It will form between the carboxyl group and amino group of reacting molecules.

12. There are four levels of protein structures: primary (linear arrangement of amino acids and location of covalent linkages), secondary (locations of folding), tertiary (ultimate 3-D structure) and quaternary (non-covalent interactions, such as in hemoglobin).

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