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Cellular Respiration, Glycolysis - Sub Process 1, Krebs Cycle - Subprocess…
Cellular Respiration
Animals breathe out Co2
Plant Uses Co2 To make Glucose
Cellular Respiration begins to turn glucose into energy
Step 1 - Glycolysis
Glycolysis takes place.
Fermentation takes place either alcoholic or lactic acid
Lactic Acid - Takes place inside muscles and creates 2 ATP & lactic acid
Alcoholic - takes place in plants, yeast, bacteria and creates ethanol and Co2 + 2 ATP
Glycolysis uses - 2 used ATP, Glucose, & NAD+, AND 4 ADP to turn glucose into 2 pyruvates and obtain NADH and a net gain of 2 ATP. It does this anaerobically alongside the mitochondria. :star:
Respiration - The process of turning glucose into ATP or energy
C6H12O6 + O2 - > CO2 + H2O + ATP :star:
Glycolysis - Sub Process 1
Pyruvate Oxidation - Stage 2
Taking place inside the mitochondria aerobically, pyruvate oxidation uses 2 pyruvate and 2 NAD+ to create 2 acetyl - CoA, 2 NADH, and CO2
Krebs Cycle - Subprocess 3
Electron Transport Chain or ETC
The ETC is the final step in Respiration and takes place aerobically. It uses NADH and FADH to release FAD and NAD+. Positive Hydrogen Ions are pulled in from the negatively charged outer membrane into the positively charged inner membrane in the H+ gradient. These ions go through ATP synthase and FINALLY accepted by oxygen creating water and ATP.
ATP Synthase
Creates ATP using H+ Gradient
Pyruvate - Sub Process 2
Step 3 - Kreb Cycle
Taking place inside the mitochondria - aerobically, the Kreb cycle uses 2 Acetyl, 6 NAD+, 2 FAD, and 2 NAD to create 2 CoA, 6 NADH, 2 FADH2, 2 ATP, and CO2 :green_cross:
ETC - Final Subprocess
Alternative Process IF THERE IS NOT ENOUGH OXYGEN :!!: