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Bio Boot Camp Biochemistry
34

Bio Boot Camp Biochemistry. Carbon Covalent bond.

Dec 27, 2015

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Janice King
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Page 1: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Bio Boot Camp

Biochemistry

Page 2: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Carbon

Page 3: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Covalent bond

Page 4: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Carbon double bond

Page 5: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Carbon (and nitrogen) triple bond

Page 6: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Carbon Chains

Branched chain

Page 7: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Carbon rings

Page 8: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Carbon variety

Page 9: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Monomer and Polymer

Page 10: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Monomers are like legos…

You can put them together in whatever way you dream up!

Page 11: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Condensation reaction

Page 12: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Carbohydrate

One saccharide, the monomer of a carbohydrate

Page 13: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Carbohydrate polymers

Page 14: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Cellulose

Page 15: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Glycogen use and storage

Page 16: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Lipids

Page 17: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Cell membrane phospholipids

Page 18: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Protein

Page 19: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Nucelic acid

Page 20: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Catalyst Speeds up chemical reactions

Page 21: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Enzyme

Page 22: Bio Boot Camp Biochemistry. Carbon Covalent bond.

pH

Page 23: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Temperature

Page 24: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Concentration

Page 25: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Nucleus

Page 26: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Ribosome

Page 27: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Ribosomes role

http://translation on ribosome

Page 28: Bio Boot Camp Biochemistry. Carbon Covalent bond.

RER and Vesicles

Page 29: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Golgi incoming and outgoing

Page 30: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Rough ER and Golgi

Page 31: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Two molecules join together to make a macromolecule with the removal of water. This type of reaction is called?

A. Glycolysis

B. Hydrolysis

C. Photosynthesis

D. Dehydration synthesis.

Page 32: Bio Boot Camp Biochemistry. Carbon Covalent bond.

A scientist observed that, when the pH of the environment surrounding an enzyme is changed the rate the enzyme catalyzes a reaction greatly decreases. Which statement best describes how a change in pH can affect an enzyme?

A. A pH change can cause the enzyme to change its shape

B. A pH change can remove energy necessary to activate an enzyme

C. A pH change can add new molecules to the structures of the enzyme

D. A pH change can cause an enzyme to react with a different substrate.

Page 33: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Substance A is converted to substance B in a metabolic reaction. Which statement best describes the role of an enzyme during this reaction?

A. It adjusts the pH of the reaction medium

B. It provides energy to carry out the reaction

C. It dissolves substance A in the reaction medium

D. It speeds up the reaction without being consumed.

Page 34: Bio Boot Camp Biochemistry. Carbon Covalent bond.

Carbohydrates and proteins are two types of macromolecules. Which functional characteristic of proteins distinguished them from carbohydrates?

A. Large amounts of stored information

B. Ability to catalyze biochemical reactions

C. Efficient storage of usable chemical energy

D. Tendency to make cell membranes hydrophobic