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Organic Polymers Carbohydrates, lipids, proteins and nucleic acids

Solvent Temperature regulator Lubricant Acids release H + in water Bases release OH - in water pH measures the amount of H + in a solution

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Page 1: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Organic PolymersCarbohydrates, lipids, proteins and nucleic acids

Page 3: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Acids and Bases

Acids release H+ in water

Bases release OH- in water

pH measures the amount of H+ in a solution

Buffers maintain pH

Page 4: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Organic Molecules

Polymers Monomers Synthesis/dehydration Hydrolysis

Page 6: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Carbohydrates

Monosaccharide Disaccharides Polysaccharides

Page 7: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Monosaccharides

Cellular respiration

A component of cellulose, starch and glycogen

Page 8: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Disaccharides

Page 9: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Polysaccharides

Starch Glycogen Cellulose

Page 10: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Starch

Stored form of glucose in plants

Page 11: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Glycogen

Storage form of glucose in animals

Is a short term energy storage

Stored in the liver and muscle

Act as surface markers on the cell membrane

Page 12: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Cellulose

Found in plant walls

Their bonds are structurally different

Page 13: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Lipids

Long term energy storage Main component of cell membrane Act as chemical messengers in the form

of hormones

Page 14: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Triglycerides (neutral fats)

Page 15: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Phospholipids

Page 16: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Phospholipid Bilayer

Page 17: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Saturated Fats

Page 18: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Unsaturated Fats

Page 19: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Steroid Hormones

Page 20: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Soaps

Emulsifiers Have polar and non polar ends

Page 21: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Proteins

Enzymes Antibodies Hormones Carriers on surface of cell membrane Transport proteins

Page 22: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Amino acid (monomer)

Page 23: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Dipeptides

Page 24: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution
Page 25: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Denaturation of Proteins

Extreme heat Change in pH Heavy metals (lead, mercury)

Page 26: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Nucleic Acids

DNA RNA ATP

Page 27: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

DNA

Cell Division Protein Synthesis

Page 28: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

DNA

Page 29: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

RNA

Aids in protein synthesis

Page 30: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

Nucleotides

Page 31: Solvent  Temperature regulator  Lubricant  Acids release H + in water  Bases release OH - in water  pH measures the amount of H + in a solution

ATP