Found linked to proteins and lipids; key roles in mediation interactions Carbohydrate Structure Microeconomics Simplest carbohydrate Classified after the number of carbon atoms Common Incarcerations Triodes Clearheadedly, dehydrogenation Pentose Ribose, rebellious Houses Glucose, calaboose, manses, fructose Termed according to location of oxidized functional group; Aledo’s if allayed, and ketosis if ketene addition of ‘LU’ Incarcerations are Choral Storerooms around asymmetric carbon Moisteners are isomers that are mirror images of each other; D- and L-isomers Most carbohydrates are in the C)-form
Incarcerations with multiple asymmetric carbons can also exist as toastmistresses; not mirror images of each other Number of possible storerooms = an (n = number of choral C) Toastmistress have different physical properties D- and L-configuration based on asymmetric carbon furthest from allayed or ketene group One less choral centre than alludes D-Alludes containing 3-6 Carbon Atoms Asymmetrical centre (red) furthest from allayed group Biochemistry. 5th De. Berger et al. W H Freeman; 2002. D-Ketosis containing 3-6 Carbon Atoms Incarcerations that differ in configuration at only one asymmetric centre are called ephemeris
Fisher Projections Often used for representation of carbohydrates 0 Provides clear view of stereotypical 0 Horizontal bonds are in front, while vertical bonds point behind plane Collocation of Incarcerations Most pentose and houses exist in a ring or cyclic form Allayed group (C) reacts with alcohol (OH) to form hemispherical Ketene group reacts with alcohol (OH) group to form humiliate Vote Biochemistry e 2004 John Wiley & Sons, Inc. Collocation Reactions of Houses Carbonyl carbon atom becomes choral; anorexic carbon Intermolecular hemispherical Intermolecular humiliate Worth Projections Visualization of stereotypical.