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1. Lysis of the RBCs may cause jaundice from increased ______

2. Lysis of the RBCs may cause ________ from increased Bilirubin.

3. _________ is most active when the cell needs both energy and building blocks.

________ contain minor pathways that involve oxidation of fatty acids at the α- and
ωcarbons.

5. A rare genetic defect of glycolysis causes _______

During the electron transferring process, large amount of energy is released and it is
conserved in the form of ATP. This process is called

7. Retinol is stored in the liver of animals as

8. Pyruvate is transformed into ethanol in ______ organisms

9. Phosphofructokinase is an _______ enzyme

Under aerobic conditions, pyruvate enters the mitochondria where it is completely oxidized
to  _____ and _____

Gustav Embden and Otto Meyerhof made significant contributions to the elucidation of
Glycolysis in 

12. Fatty acids that contain and odd number of carbons are oxidized by

In organisms, glycolysis is the prelude to the citric acid cycle and the electron
transport chain

14. The total yield of oxidation of palmitate to CO2 and H2O is _______ ATPs

15. The formation of _______ and Lactate from Glucose are examples of fermentations.

The electrons are transferred to oxygen, the final electron acceptor through a complex chain
of electron-carrying molecules known as the

17. Vitamin A is heat stable but sensitive to ultraviolet light (UV).

18. Phosphofructokinase is most active when the cell needs both energy and _______

In __________, TCA cycle takes place in the mitochondria because all the enzymes of the
cycle are located inside the mitochondria matrix.

Under conditions, pyruvate enters the mitochondria where it is completely oxidized
to CO2 and H2O.

21. Ketone body synthesis occurs in the

22. The citric acid cycle was discovered by

23. The source of acetyl coA in the cytosol is

24. The formation of ethanol and Lactate from Glucose are examples of ___

25. Fatty acids that are hydroxylated on the terminal carbon can undergo

26. Red blood cells cannot oxidize fat because they lack mitochondria.

27. The conversion of pyruvate to oxaloacetate is an example of _______ reaction

Phosphofructokinase is most active when the cell needs both ________ and building
blocks.

29. ATP means

30. In anaerobic organisms, pyruvate is transformed into ______

31. The glycolytic pathway can be divided into _____ stages.

32. Glyceraldehydes 3-phosphate is an _____

33. The most important control element of glycolysis is the enzyme __________

_________ is a neurological and cardiovascular disorder is caused by a dietary deficiency
of thiamine

35. Pyruvate is converted into in actively contracting muscle

Phosphofructokinase is most active when the _________ needs both energy and building
blocks.

Under aerobic conditions, pyruvate enters the where it is completely oxidized to
CO2 and H2O.

38. ________ of the RBCs may cause jaundice from increased Bilirubin.

39. The sole purpose of the TCA cycle when it is

40. PFK means ______

41. Dihydroxyacetone phosphate is a ____

The _________ is required to convert pyruvate (the end product of glycolysis) to Acetyl
CoA.

The function of the cycle at a particular time is determined by the energy conditions of the
cell referred to as an

44. Glycolysis is sometimes called the pathway

45. PK means _______

46. Fatty acids that contain and odd number of carbons are oxidized by

47. The citric acid cycle was discovered by Hans krebs in

Two high-energy phosphate bonds (the equivalent of two ATPs) are consumed in the
activation of

49. The conversion of glucose into ethanol is called _______

The glycolytic pathway is regulated through the activities of ____ enzymes that
catalyze its irreversible reactions.