- Two molecules of _______ and two molecules of ________ are formed for every glucose molecule that is broken down.
- In the process of ________ glucose is broken down
- Acetate reacts with coenzyme A to form ___________
- Glucose is phosphorylated and splits into _____________
- ______________________ carries the high energy electrons to the electron transport chain
- Pyruvate acid (from glycolysis) enters the _________(inner compartment of mitochondrion)
- Enzymes convert the pyruvate made during glycolysis into ______________
- PGAL is oxidized by the removal of __________ and picked up by ________
- Pyruvate is transported into the ________________________ where it is converted into carbon dioxide
- Glycolysis has a net result of _________ ATP and _________ pyruvate
- When oxygen is unavailable, cells cannot follow _________ with the aerobic respiration
- FADH picks up two ______ and two _________ to become FADH2
- Glycolysis is the splitting of _____________ and is also a _____________________ reaction
- Fermentation occurs in the ____________ and produces _________ and _____________
- NADH and FADH2 from the Krebs cycle are used to convert _______ to ________
- The anerobic process that follows glycolysis is _______________
- During cellular respiration, the electron carrier NAD+ accepts high energy electrons and two _______ to become _________________
- The series of reactions in which pyruvate is broken down into carbon dioxide is the _________________
- The _____________ is responsible for cellular respiration with two important parts being the matrix and the inner membrane
- ___________ involves the Krebs cycle and electron transport(aerobic processes require oxygen)