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The process of joining together monomers is known as POLYMERIZATION

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Presentation on theme: "The process of joining together monomers is known as POLYMERIZATION"— Presentation transcript:

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2 The process of joining together monomers is known as POLYMERIZATION

3 Primary Protein Structure
The primary structure is the specific sequence of amino acids in a protein Amino Acid

4 Protein Structures Hydrogen bond Pleated sheet Polypeptide
(single subunit) Amino acid (a) Primary structure Hydrogen bond Alpha helix (b) Secondary structure (c) Tertiary structure (d) Quaternary structure

5 Polysaccharides Complex carbohydrates
Composed of many sugar monomers linked together Polymers of monosaccharide chains

6 Examples of Polysaccharides
Glucose Monomer Starch Glycogen Cellulose

7 QUIZ

8 1. Which of the following depicts a PROTEIN?
B . A . D. C.

9 2. Which row in the chart below contains
correct information concerning synthesis? ROW MONOMER – BUILDING BLOCK SUBSTANCE MADE USING BUILDING BLOCKS 1 AMINO ACIDS PROTEIN 2 SIMPLE SUGARS DNA 3 NUCLEOTIDES STARCH 4 GLUCOSE (MONOSACCHARAIDE) LIPID

10 3. Bodybuilders require a lot of protein to strengthen their muscles
3. Bodybuilders require a lot of protein to strengthen their muscles. What would you suggest he/or she do? Eat a lot of carbohydrates to grow large muscles. Eat more eggs, fish, chicken, steak Sleep more so proteins can produce in the stomach. Do 100 pushups nightly to increase the production of white blood cells

11 4. A lab student is observing LIPIDS in the laboratory
4. A lab student is observing LIPIDS in the laboratory. How will the lab student know they they are looking at is a lipid? It will look waxy and oily It will sparkle in rainbow colored hexagons It will be appear white, solid, and full of crystals It will smell like fish, eggs, and chicken

12 5. Which of the following biomolecules is the main source of energy for living things?
A. Carbohydate B. Lipid C. Nucleic Acid D. Protein

13 6. Proteins fold into millions of different kinds of shapes
6. Proteins fold into millions of different kinds of shapes. What determines the shape of the protein? A. The type of environment it is in B. The mood of the protein C. The types and order of amino acids D. The foods we eat

14 THE END

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17 NUCLEIC ACIDS DNA & RNA Made of nucleotides Contain C, H, O, N & P
Contain genetic information Control the activities of cells

18 HandOut

19 BOX ON FRONT TABLE

20 ENZYME

21 Enzymes Enzymes are proteins that are used by the cell to speed up and regulate metabolic reactions. Enzymes are biological catalysts that remain unchanged by the reaction.

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25 Enzymes The substrate is temporarily bound to its enzyme at the active site. The enzyme may change shape slightly to accommodate the substrate.

26 ENZYMES ARE VERY PICKY!!!! ENZYMES ARE VERY PICKY. TEMPERATURE
IF IT GETS TOO HOT, TOO COLD – THEY CHANGE SHAPE pH IF IT BECOMES TOO ACIDIC – IF


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