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Macromolecules Test

QuestionAnswer
carbohydrate made of C, H, O; monomer; the body's main source of energy; sugars & starches
nucleic acid made of C, H, O, N, P; polymer; stores genetic information
lipids made of C, H, O; polymer; stores energy; fats, oils, waxes; hydrophobic
proteins made of C, H, O, N; polymer; chains of amino acids
starch carbohydrate, store energy in plants, made of glucose
cellulose carbohydrate, strongest part of cell wall in plants, made of glucose, gives body fiber
glycogen carbohydrate, store energy in animals, stores energy in liver as glycogen then used as energy
triglyceride lipid, made of glycerol and long chains of fatty acids, give body energy, found in plant and animal fat
phospholipid lipid, tail is hydrophobic, head is hydrophilic, makes cell membrane
steroid lipid, chains of carbon and hydrogen, form 4 interlocking rings, found in cells
enzyme protein, speed up or slow down the rate of chemical reactions in the body, catalyst, VERY SPECIFIC
the backbone of all organic compounds carbon, they bond to make very long and strong chains
monosaccharide carbohydrate; glucose, galactose, fructose, simple sugars, monomers
disaccharide carbohydrate; sucrose, maltose, lactose, double sugars
polysaccharide carbohydrate; starch, glycogen, cellulose, polymer
unsaturated fatty acids liquid at room temperature, curved, have one or more double bonds, oil, healthier, from plants
saturated fatty acids solid at room temperature, square/rectangular, no double bonds, butter, unhealthier, from animals
the order of the amino acids is very specific because if the structure of the acids change, it can change the entire function of the protein
functions of protiens movement, structural support, transportation within cells, buffering against changes in pH, regulation of chemical reactions, control via hormones, defense (antibodies)
causes of denaturation of a protein exposure to heat and/or acid
organic chemistry the study of the carbon compounds that make up living organisms
why is carbon so important it forms 4 covalent bonds with other atoms
functional group group that tells us the function of the molecule
hydrocarbon functional group, made of hydrogen, oxygen, and carbon
R-group functional group, really long chain of carbons and hydrogens
methyl group functional group, carbon bonded to 3 hydrogen
alcohol group functional group, oxygen and hydrogen bonded to something
aldehyde functional group, O l l C / \ R H
carboxylic acid functional group, O l l C / \ R OH
amide functional group, O l l C / \ R NH2
benzene ring functional group, hexagon shaped
monomer molecule that is a building block to larger molecules (polymers), one part
polymer many parts, made of monomers
dehydration synthesis chemical reaction between 2 monomers to create macromolecules
hydrolysis use water to break down polymers
macromolecules polymer, really big molecules, compared to other molecules (carbs, lipids, nucleic acids)
making bonds store energy
breaking bonds release energy
monosaccharides in DNA and RNA ribose (RNA), deoxyribose (DNA)
parts of a nucleotide phosphate group, nitrogen-containing base, sugar
DNA strands go opposite ways (road), made of 2 strands of nucleotides that form a double helix shape
RNA single stranded
lipids vs. carbohydrates don't form polymers like carbohydrates can
lipids are hydrophobic
fatty acids differ because of their length and the presence of double bonds
trans fat unsaturated fatty acids that have fewer double bonds, increases risk of heart disease
bilayer cell membrane, when phospholipids are added to water and create a double layered film of molecules
endothermic storing energy
exothermic releasing energy
inputs in an enzyme-catalyzed reaction substrates
outputs in an enzyme-catalyzed reaction products
denaturation a change in shape that disables a protein's function
decomposition take apart
composition put together
catalyst speeds up reaction time
Created by: ts2819
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