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MACROMOLECULES MACROMOLECULES Concept 1: Analyzing and the chemistry of life (Ch 2, 3, 4, 5) Ch 5 in Campbell p. 32-38 in Holtzclaw
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MACROMOLECULES

Feb 11, 2016

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Concept 1: Analyzing and the chemistry of life (Ch 2, 3, 4, 5). MACROMOLECULES. Ch 5 in Campbell p. 32-38 in Holtzclaw. Macromolecules. You must know: The role of dehydration synthesis in the formation of organic compounds and hydrolysis in the digestion of organic compounds. - PowerPoint PPT Presentation
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Page 1: MACROMOLECULES

MACROMOLECULESMACROMOLECULES

Concept 1: Analyzing and the chemistry of life (Ch 2, 3, 4, 5)

Ch 5 in Campbellp. 32-38 in Holtzclaw

Page 2: MACROMOLECULES

MacromoleculesMacromoleculesYou must know:The role of dehydration synthesis in the

formation of organic compounds and hydrolysis in the digestion of organic compounds.

How to recognize the four biologically important organic compounds (carbohydrates, lipids, proteins, and nucleic acids) by their structural formulas.

The cellular functions of all four organic compounds.

The four structural levels that proteins can go through to reach their final shape (conformation) and the denaturing impact that heat and pH scale can have on protein structure.

Page 3: MACROMOLECULES

Two important biochemical Two important biochemical reactions:reactions:Dehydration SynthesisHydrolysis

Page 4: MACROMOLECULES

Dehydration SynthesisDehydration Synthesis

Page 5: MACROMOLECULES

Dehydration SynthesisDehydration SynthesisExample – building a

‘disaccharide’

Page 6: MACROMOLECULES

HydrolysisHydrolysis

Page 7: MACROMOLECULES

HydrolysisHydrolysisExample – digesting a

‘disaccharide’

Page 8: MACROMOLECULES

Reversible!Reversible!

Page 9: MACROMOLECULES

Try This!Try This!How many molecules of water

are needed to completely hydrolyze a polymer that is eight monomers long?

Page 10: MACROMOLECULES

Try This!Try This!How many molecules of water

are needed to completely hydrolyze a polymer that is eight monomers long?

Page 11: MACROMOLECULES

Four Types of Organic Four Types of Organic CompoundsCompoundsCarbohydratesLipidsNucleic AcidsProteins

Page 12: MACROMOLECULES

CarbohydratesCarbohydratesStructure (monosaccharides:

CnH2nOn)Cellular Function

Page 13: MACROMOLECULES

CarbohydratesCarbohydratesStructure (disaccharides)Cellular Function

Page 14: MACROMOLECULES

CarbohydratesCarbohydratesStructure (polysaccharides –

cellulose)Cellular Function (structural

support)

Page 15: MACROMOLECULES

CarbohydratesCarbohydratesStructure (polysaccharides – starch,

glycogen)Cellular Function (energy

storage)

Page 16: MACROMOLECULES

LipidsLipidsStructureCellular Function

Page 17: MACROMOLECULES

LipidsLipidsStructure (neutral fat)Cellular Function (energy

storage)

Page 18: MACROMOLECULES

LipidsLipidsStructure (saturated fatty acids)Cellular Function

Page 19: MACROMOLECULES

LipidsLipidsStructure (unsaturated fatty

acids)Cellular Function

Page 20: MACROMOLECULES

LipidsLipidsStructure (phospholipids)Cellular Function (cell

membrane)

Page 21: MACROMOLECULES

LipidsLipidsStructure (phospholipids)Cellular Function (cell

membranes)

Page 22: MACROMOLECULES

LipidsLipidsStructure (steroids)Cellular Function (structure,

hormones)