'2 nad' presentation slideshows

BIF 07: Cellular Respiration & Fermentation

BIF 07: Cellular Respiration & Fermentation. Overview: Life Is Work. Living cells require energy from outside sources Some animals, such as the chimpanzee, obtain energy by eating plants, and some animals feed on other organisms that eat plants.

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Note for lecture 9, 2010

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Chapter 9

Chapter 9. Cellular Respiration: Harvesting Chemical Energy. Overview: Life Is Work Living cells Require transfusions of energy from outside sources to perform their many tasks. Figure 9.1. The giant panda Obtains energy for its cells by eating plants. Light energy. ECOSYSTEM.

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Chapter 9

Chapter 9. Cellular Respiration: Harvesting Chemical Energy. Overview: Life Is Work Living cells Require transfusions of energy from outside sources to perform their many tasks. Figure 9.1. The giant panda Obtains energy for its cells by eating plants. Light energy. ECOSYSTEM.

769 views • 64 slides

Chapter 9

Chapter 9. Cellular Respiration: Harvesting Chemical Energy. Overview: Life Is Work Living cells Require transfusions of energy from outside sources to perform their many tasks. Figure 9.1. The giant panda Obtains energy for its cells by eating plants. Light energy. ECOSYSTEM.

721 views • 64 slides

Chapter 9

Chapter 9. Cellular Respiration: Harvesting Chemical Energy. Overview: Life Is Work Living cells Require transfusions of energy from outside sources to perform their many tasks. Figure 9.1. The giant panda Obtains energy for its cells by eating plants. Light energy. ECOSYSTEM.

644 views • 64 slides

Chapter 9

Chapter 9. Cellular Respiration. Living cells. Require transfusions of energy from outside sources to perform their many tasks. Figure 9.1. The giant panda obtains energy for its cells by eating plants. Light energy. ECOSYSTEM. Photosynthesis in chloroplasts. Organic molecules.

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2 ATP + 4 ATP = + 2 ATP

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Cellular Respiration

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Cellular Respiration

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ASSIMILATION OF MINERAL NUTRIENTS

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CH 2 OH

CH 2 OH. GLYCOLYSIS. FERMENTATION. O. Homolactic Fermentation PYR + NADH ? Lactic Acid + NAD NET GAIN = 1 NAD. Lactic Acid. OH. NADH NAD +. Pyruvate. OH. GLUCOSE. OH. H. Homolactic. CH 3 -C-COO - O. CH 3 -C-COO - OH. OH. ATP ADP. Kinase. CO 2. CH 2 O(P).

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Glucose

6C. 2 x 3C. -2 NAD. NAD. GAPDH. NADH + H +. ADP. +4 ATP. ATP. PEP. ADP. 2 x 3C. ATP. Pyruvate. -2 NAD. CoASH + NAD. -2 CoASH. PDHC. CO 2 + NADH + H +. 2x 2C. Acetyl- CoA. Glycolysis. Glucose. ATP. ADP. -2 ATP. ATP. ADP. T3P. Glycolysis simplified. Glucose. 2 NAD.

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Back to Chapter 10: Sections 10.3-10.7

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GLUCONEOGENESIS

Ferchmin 2014/GradStudents/gluconeogenesis. GLUCONEOGENESIS. Summary of handout: Comparison with glycolysis, unique and shared enzymes Role of biotin in gluconeogenesis (and comparison with vitamin K which is not involved in gluconeogenesis)

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Glycolysis

Glycolysis. Step 1. Glucose. 2 ATP molecules donate 2 phosphates to the glucose molecule Glucose contains 6 carbon molecules. C-C-C-C-C-C. 2 ATP. 6 carbon compound. P-C-C-C-C-C-C-P. Stage 2.

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A simplified TCA cycle

A simplified TCA cycle. Pyruvate (3C; from glycolysis ). NAD +. CO 2 + NAD H + H +. 2C. 6C. NADH + H +. 4C. 6C. 4C. Phase 1. 6C. Phase 3. NAD +. 4C. Phase 2. CO 2 + NAD H + H +. 5 C. FADH 2. NAD +. 4C. 4C. CO 2 + NAD H + H +. GTP.

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Getting ATP from a Molecule of Glucose

Getting ATP from a Molecule of Glucose. All glucose molecules (6 carbon sugar) first go through a process of Glycolysis Which produces Two molecules of pyruvic acid (3 carbon sugar) and net gain of two ATP (4 produced minus 2 to start glycolysis )

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ELECTRON TRANSPORT CHAIN

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Krebs cycle

Glucose. 2 ATP 2 ADP. Phosphofructokinase. glycolysis. PGAL. NAD + NADH. NAD + NADH. 2 ADP 2 ATP. PEP. 2 ADP 2 ATP. pyruvate. NAD + NADH. NAD + NADH. Preparation for Krebs cycle. CO 2. CO 2. AcCo A. (also enters Krebs cycle). 2 NADH 2 NAD +. oxaloacetate. citrate.

580 views • 1 slides