Erstellt von Bethany Hickson
vor mehr als 8 Jahre
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Frage | Antworten |
Respiration equation | Oxygen+Glucose ----- Water+carbon dioxide(+energy) O2 + C6H1206 ---- H2O + CO2 (+ATP) |
Where does glycolysis occur | in the cytoplasm |
what are the FOUR stages of glycolysis | stage 1: activation of glucose by phosphorylation stage 2: splitting of phosphorylated glucose stage 3: oxidation of triose phosphate stage 4; production of ATP |
How many ATP are produced during glycolysis | net gain of 2 |
How and where does the pyruvate go to after glycolysis and how? | It is actively transported to the matrix of the mitochondria |
The equation of the link reaction | pyruvate + NAD + CoA ---- acetyl CoA + NADH + C02 |
What does the krebs cycle involve and where | located in the matrix of the mitochondria the krebs cycle involved a series of oxidation and reduction reactions |
Krebs cycle | coenzymes involved FAD and NAD |
Where is the electron transport chain located? | the inner folded membrane of the mitochondria the cristae |
State the importance of coenzymes in the ETC | The NADH and FADH 'donate' protons and electrons |
State the importance of electrons in the ETC | Electrons are passed down carrier molecules in a series of oxidation-reduction reactions releasing energy |
state the importance of oxygen | O2 acts as the final acceptor of H+ ions this is so there is not a 'back up' of ions |
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