Lipid Metabolism Math
Protein Metabolism Math
Lipid Metabolism
Protein Metabolism
100

The ATP yield of a Glycerol in a Triglyceride

19 ATP

100

The ATP yeild of Glycine

15 ATP

100

Lipids digest into

Glycerol and Fatty Acids

100

what are proteins broken down to for cellular respiration 

Amino acids

200

The amount of Acetyl CoA 1 28 carbon fatty acid chain forms

14 Acetyl CoA

200

ATP yield of Leucine

12

200

Glycerol becomes

G3P

200

The process by which an amino group is removed from an amino acid

Deamination

300

The ATP yield of 1 fatty acid chain composed of 12 Carbon atoms

72

300

ATP yield 17 Asparagine

0 ATP

300

The main type of lipid in cellular respiration

Triglycerides 

300

A protein is converted into different components of cellular respiration depending on

The remaining part of the amino acid after the amino group is removed

400

The ATP yield of three fatty acid chains each with 18 Carbon atoms

324 ATP

400

ATP yield of 2 Isoleucine and 3 Lysine

60 ATP

400

Why do many organisms store food at fat

Lipids are able to produce large amounts of ATP

500

The ATP yield when a triglyceride with a glycerol and 3 fatty acids each containing 34 carbons is metabolized?

631

500

ATP yield of 1 Asparagine, 4 Serine, 2 Cysteine, and 5 Lysine

150 ATP

500

Is Lipid Metabolism aerobic or anaerobic, why or why not

Aerobic, fatty acids enter the metabolic pathway at the Krebs cycle which requires oxygen

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