This document summarizes aerobic cellular respiration by outlining its key steps and features: 1) It is an aerobic process that uses glycogen, glucose, or fats as chemical fuels to produce approximately 38 ATP through glycolysis, the Krebs cycle, and the electron transport chain in the mitochondria. 2) The byproducts are water, carbon dioxide, and no fatiguing byproducts. It takes place in the sarcoplasm for glycolysis and the mitochondrial matrix and cristae for subsequent steps. 3) Controlling enzymes include glycogen phosphorylase, phosphofructokinase, and lipase for the different fuels.

1. 5) ENERGY YIELD
34 - 36ATP………..……………............... 1) TYPE OF REACTION
………………………………………………………… Aerobic…………………………
………………………………….
7) PRACTICAL APPLICATIONS
Activity 1 = ………………………… 2) CHEMICAL / FOOD FUEL
………………………………………… ….Glycogen>>Glucose……………
…Fats…………..……….………...
Activity 2 = …………………………
…………………………………………
AEROBI
6) BY PRODUCTS/EFFECTS
1. H2O = sweat………………………………….
C 3) REACTION SITE
2. CO2 = expiration…………………………… SYSTEM Glycolysis = Sarcoplasm
3. No fatiguing by products………………….. Krebs = matrix of mitochondria
ETC = cristae of mitochondria
8) OUTLINE OF SYSTEM
1. Aerobic Glycolysis = 2 ATP……………………………………..
Pyruvic Acid >>…………………………………………………….
………………………………………………………………………… 4) CONTROLLING ENZYME
2) Krebbs – PA + coenzyme A = Acetyle Coa +…………………. Glycogen = Glycogen Phosporylase
…………………………………………………………………………. Glucose = PFK……………………….
Krebbs >> CO2 + H + 2 ATP………………………………………... Fats = Lipase…………………………
.................................................................................................................
3) ETC = H + O2 = H2O + 34 ATP…………………………………
.................................................................NET TOTAL ATP = 38 ATP