Compléter Fill in the Blanks: Krebs CycleVersion en ligne Test your knowledge of the Krebs cycle by filling in the missing words in this interactive game! par Bio Innovators 1 matrix NADH electron transport chain Krebs cycle FADH2 Tricarboxylic acid is also known as Citric acid cycle or cycle . It occurs in the of mitochondria to provide in the form of and that are used in electron . 2 Citrate CoA citrate pyruvate oxidation rearranged addition removal oxaloacetate, OAA Condensation isocitrate Isomerization 1 . Acetyl - CoA from removes group . The remaining acetyl combines with to form . 2 . is then to its isomer , by the of one water molecule and of one water molecule . 3 5-carbon reduced CO2 ketoglutarate H transferring decarboxylation NAD 3 . Oxidative decarboxylation Isocitrate loses a molecule of , forming a molecule ( ) . The remaining 5 - carbon is oxidized into ? - , by their electrons and + to NAD + . + is to NADH + H + . 4 Coenzyme A oxidized ketoglutarate NADH succinyl CoA CO2 4C molecule 4 . Oxidative decarboxylation ? - lose a molecule of forming a 4C molecule . The remaining is before combining with , to form . NAD + is reduced to + H + . 5 phosphate group CoA FADH Substrate level GTP ATP GTP energy FAD succinate phosphorylation FAD two hydrogen atoms Succinate ADP fumarate 5 . phosphorylation Succinyl - CoA loses and converted to . The released is used in the of GDP to form . then transfer its to to form . 6 . Oxidation is oxidized to , by transferring to . is reduced to . 6 rearranged water molecule regenerated Fumarate Malate NADH Reduction malate oxaloacetate oxidized 7 . Hydration is into by addition of one . 8 . Oxidation is . of NAD + to + H + occurs and is .
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