Aerobic respiration and the Krebs cycle презентация

Содержание

1. Aerobic respiration and the Krebs cycle
2. LINK REACTION ● Remember glycolysis produces
3. Input Output 2 pyruvate 2 CO2 2 Acetyl CoA 2 NADH 2 NAD
4. LINK REACTION
5. Input Output 2 Acetyl Co A 4
6. First we are going to
7. Next we are going to
8. Where is this energy transferred? CO2 CO2
9. Finally can you add the chemical names of the Krebs cycle.
10. Input Output 2 Acetyl Co A 4
11. Aerobic respiration and the Krebs cycle Learning

LINK REACTION ● Remember glycolysis produces 2 molecules of pyruvate per molecule of glucose.

Слайд 1Aerobic respiration and the Krebs cycle
Learning objectives

● Be able to follow

the flow of carbon and energy through the Krebs cycle

● Be able to reproduce the kerb cycle.

● Be able to describe the Krebs cycle as an oxidative process.

Слайд 2
LINK
REACTION
● Remember glycolysis produces 2 molecules of pyruvate
per molecule

of glucose.

Слайд 3Input
Output
2 pyruvate
2 CO2
2 Acetyl CoA
2 NADH
2 NAD

Слайд 4LINK
REACTION

Слайд 5Input
Output
2 Acetyl Co A
4 CO2
6 NADH
6 NAD
2 FAD
2 FADH2
2 ADP
2 ATP

Слайд 6

First we are going to follow the number of carbon atoms
CO2
CO2
?

Слайд 7

Next we are going to follow the relative amount of energy

in the molecules.

CO2

Where is this energy transferred?

Слайд 8

Where is this energy transferred?
CO2
CO2

Слайд 9Finally can you add the chemical names of the Krebs cycle.

Слайд 10Input
Output
2 Acetyl Co A
4 CO2
6 NADH
6 NAD
2 FAD
2 FADH2
2 ADP
2 ATP

Слайд 11Aerobic respiration and the Krebs cycle
Learning objectives

● Be able to follow

the flow of carbon and energy through the Krebs cycle

● Be able to reproduce the kerb cycle.

● Be able to describe the Krebs cycle as an oxidative process.

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Aerobic respiration and the Krebs cycle презентация

Содержание

Слайд 1Aerobic respiration and the Krebs cycle
Learning objectives

● Be able to follow

Слайд 2
LINK
REACTION
● Remember glycolysis produces 2 molecules of pyruvate
per molecule

Слайд 3Input
Output
2 pyruvate
2 CO2
2 Acetyl CoA
2 NADH
2 NAD

Слайд 4LINK
REACTION

Слайд 5Input
Output
2 Acetyl Co A
4 CO2
6 NADH
6 NAD
2 FAD
2 FADH2
2 ADP
2 ATP

Слайд 6

First we are going to follow the number of carbon atoms
CO2
CO2
?

Слайд 7

Next we are going to follow the relative amount of energy

Слайд 8

Where is this energy transferred?
CO2
CO2

Слайд 9Finally can you add the chemical names of the Krebs cycle.

Слайд 10Input
Output
2 Acetyl Co A
4 CO2
6 NADH
6 NAD
2 FAD
2 FADH2
2 ADP
2 ATP

Слайд 11Aerobic respiration and the Krebs cycle
Learning objectives

● Be able to follow

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Aerobic respiration and the Krebs cycle презентация

Содержание

Слайд 1Aerobic respiration and the Krebs cycleLearning objectives● Be able to follow

Слайд 2LINKREACTION● Remember glycolysis produces 2 molecules of pyruvate per molecule

Слайд 3InputOutput2 pyruvate2 CO22 Acetyl CoA2 NADH2 NAD

Слайд 4LINKREACTION

Слайд 5InputOutput2 Acetyl Co A4 CO26 NADH6 NAD2 FAD2 FADH22 ADP2 ATP

Слайд 6First we are going to follow the number of carbon atomsCO2CO2?

Слайд 7Next we are going to follow the relative amount of energy

Слайд 8Where is this energy transferred?CO2CO2

Слайд 9Finally can you add the chemical names of the Krebs cycle.

Слайд 10InputOutput2 Acetyl Co A4 CO26 NADH6 NAD2 FAD2 FADH22 ADP2 ATP

Слайд 11Aerobic respiration and the Krebs cycleLearning objectives● Be able to follow

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Слайд 1Aerobic respiration and the Krebs cycle
Learning objectives

● Be able to follow

Слайд 2
LINK
REACTION
● Remember glycolysis produces 2 molecules of pyruvate
per molecule

Слайд 3Input
Output
2 pyruvate
2 CO2
2 Acetyl CoA
2 NADH
2 NAD

Слайд 4LINK
REACTION

Слайд 5Input
Output
2 Acetyl Co A
4 CO2
6 NADH
6 NAD
2 FAD
2 FADH2
2 ADP
2 ATP

Слайд 6

First we are going to follow the number of carbon atoms
CO2
CO2
?

Слайд 7

Next we are going to follow the relative amount of energy

Слайд 8

Where is this energy transferred?
CO2
CO2

Слайд 10Input
Output
2 Acetyl Co A
4 CO2
6 NADH
6 NAD
2 FAD
2 FADH2
2 ADP
2 ATP

Слайд 11Aerobic respiration and the Krebs cycle
Learning objectives

● Be able to follow