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Introduction and Anaerobic Respiration pp. 131-135.

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Cellular Respiration I Introduction and Anaerobic Respiration pp. 131-135
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Page 1: Introduction and Anaerobic Respiration pp. 131-135.

Cellular Respiration I

Introduction and Anaerobic Respiration

pp. 131-135

Page 2: Introduction and Anaerobic Respiration pp. 131-135.

What is Cellular Respiration?

A process that converts

glucose into energyOccurs in or near the mitochondria

6 O2 + C6H12O6 6 CO2 + 6 H2O + energy

Page 3: Introduction and Anaerobic Respiration pp. 131-135.
Page 4: Introduction and Anaerobic Respiration pp. 131-135.

Two Pathways

Path is determined by the presence of oxygen

If O2 is ABSENT then anaerobic respiration occurs in the cytoplasm.

If O2 is PRESENT then aerobic respiration occurs in the mitochondrion.

Page 5: Introduction and Anaerobic Respiration pp. 131-135.

aerobic anaerobic (with oxygen) (without oxygen)

Page 6: Introduction and Anaerobic Respiration pp. 131-135.

Anaerobic Respiration (no O2)First step is glycolysis

Occurs in the cytoplasm by the mitochondria

Products: 2 ATP and 2 NADH

Glucose 2 Pyruvic Acids (pyruvate)

Page 7: Introduction and Anaerobic Respiration pp. 131-135.

Next Step: FermentationThe pyruvate is converted into ethyl alcohol or lactic acid

Ex: Wine, Antibiotics, Yeast

Anaerobic Respiration (no O2)

Page 8: Introduction and Anaerobic Respiration pp. 131-135.

Glucose Pyruvic Acid ethyl alcohol or lactic acid

Fermentation

Alcoholic Fermentation:Conversion to ethyl alcohol + 2 ATP (Ex: yeast)

Page 9: Introduction and Anaerobic Respiration pp. 131-135.

Lactic Acid Fermentation:Conversion to lactic acid + 2 ATP (Ex: muscles)

Glucose Pyruvic Acid ethyl alcohol or lactic acid

Fermentation

Page 10: Introduction and Anaerobic Respiration pp. 131-135.
Page 11: Introduction and Anaerobic Respiration pp. 131-135.

Vocabulary

RespirationAnaerobicFermentation


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