1. Introduction to Cellular Respiration

2. Warm Up
Get a computer and complete Reading Comp 8
15 minutes

3. Agenda Intro to Cellular Respiration Go over final exam
Homework: Cellular Respiration Packet

4. Cellular Respiration

5. Cellular Respiration The Basic Equation

6. Three Steps in Cellular Respiration

7. 1 3 2

8. Glycolysis in cytocol fluid space in which the organelles reside
Citric Acid Cycle Matrix (inner membrane) of Mitochondria
ETC inner membrane

9. Step 1: Glycolysis

10. Glycolysis Glucose (6C) broken down into pyruvate (3C)
glyco=sugar, lysis=splitting
Free energy transferred to energy carrier molecules
Inputs:
Glucose, ATP
Outputs:
NADH, ATP, Pyruvate

13. Step 2: Citric Acid Cycle/Krebs Cycle

14. Krebs/Citric Acid Cycle
Cyclical series of chemical reactions
Free energy transferred to energy carriers through coupled redox reactions
Inputs:
Pyruvate/Acetyl-CoA
Outputs:
GTP/ATP, NADH, FADH2, CO2

15. Focus on two things:
Roll of pyruvate
Step 4: isocitrate to alpha cetoglutarate (energetically favorable/exothermic/spontaneous) coupled with NAD+ to NADH (uphill reaction).

16. Step 3: ETC

17. Electron Transport Chain
Proton gradient generated by electron transport powers production of ATP
Similar to ETC in photosynthesis
Inputs:
NADH, FADH2 (sources of electrons)
Oxygen
Outputs:
Water, ATP

18. O2 is the last electron acceptor make a lot of energy
Process is called oxidative phosphorylation

19. Repetitions
Go back to your paper graphic organizer and add information to it from the lecture
Five minutes

20. Video

21. Final Assessment
After we go over the assessment put both parts into your file folder

22. Homework
Time to work on Packet