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Cellular Respiration

Cellular respiration involes four metabolic pathways

TermDefinition
Glycolysis: Where takes places in the cytoplasm of a cell
Glycolysis: When takes place when glucose is abailable
Glycolysis: Why uses energiy stored in the chemical bonds of glucose to form atp-to provide energy
Glycolysis: How glucose is oxidized to form pyruvic acid
Glycolysis: how there is a net gain of 2 molecules of ATP
Glycolysis: How @ molecules of NADH are generated to carry high-energy electrons- be used to make more ATP
Formation of Acetyl Coenzyme A: when oxygen is available
Formation of Acetyl Coenzyme A: how acetyl groups binds to coenzyme A, forming acetyle coenzyme A, which entenrs the Krebs Cylcle
Formation of Acetyl Coenzyme A: Where transported into the mitochondria
Krebs Cycle: Where takes place in the matrix (interior) of a mitochondrion
Krebs cycle: when Takes place when oxygen is available
Krebs Cycle: why releases more of the energy that was available in a molecule of glucose
Krebs Cycle: How each of the 2 molecules of acetyl coenzyme A that enters the Krebs cycle gets oxidized to produce 2 molecules of CO2
Krebs Cycle: how 2 molecules of ATP are produce
Krebs Cycle: how 6 molecules of NADH and 2 molecules of FADH2 are generated to carry high energy electrons
Electron Transport Chain: Where takes place along the inner membrane of a mitochondrion
Electron Transport Chain: When takes place when oxygen is available
Electron Transport Chain: Why completes the release of energy that was stored in a glucose molecule
Electron Transport Chain: How NADH and FADH2 transfer electrons and hydrogens ions to carriers to make ATP
Electron Transport Chain: How oxygen takes low-energy electrons and combines with hydrogen ions to form water
How many ATp are made? 36 ATP in a cell total
Krebs cycle ATP? Doubles the amount of ATP a cell would use
Created by: barfknbs
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