As dietary nutrients are broken down to provide energy they are all converted to which metabolic...
As dietary nutrients are broken down to provide energy they are all converted to which metabolic intermediate.
Homework Answers
As dietary nutrients are broken down to provide the energy they are all converted to the metabolic intermediate i.e. their building blocks the carbohydrates to sugars such as glucose, fats to fatty acids and proteins to amino acids and the ATP (Which is the currency of energy as ATP upon hydrolysis releases lots of energy)
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As dietary nutrients are broken down to provide energy
they are all converted to which metabolic...
Section 142 5) Dietary glycogen: .. is broken down to glucose by a different group of...
Section 14.2 5) Dietary glycogen: a. is broken down to glucose by a different group of enzymes than is dietary starch. b. is broken down to glucose-6-phosphate, which is then absorbed by the intestinal cells. c. results in the formation of limit dextrins in the intestine as an intermediate in its digestion. d. effectively produces an extra ATP when its glucose goes through glycolysis. Section: 14.2 Feeder Pathways for Glycolysis 6) Fructose: a. is broken down by a pathway known as fructolysis. b. can be phosphorylated by either hexokinase...
Question 25 1.67 pts Which of the following molecules is broken down into monosaccharides that are...
Question 25 1.67 pts Which of the following molecules is broken down into monosaccharides that are absorbed into the bloodstream and used in metabolic pathways to harness energy? Lipids Starch Proteins Amino acids Fatty acids
18. Be able to trace how TAG are broken-down during energy production from lipids. 19. Considering...
18. Be able to trace how TAG are broken-down during energy production from lipids. 19. Considering the interconversion of nutrients, know the metabolism of cholesterol and the different molecules that can be produced from cholesterol.
The glucose (C6H12O6) from the food we eat is broken down to provide energy (ATP) for...
The glucose (C6H12O6) from the food we eat is broken down to provide energy (ATP) for growth and function. A general overall equation for this very complex process is given below. How many moles of CO2 waste are produced if you started out with 2.3 moles of glucose? C6H12O6 + 6O2⟶ 6CO2 + 6H2O
a) Which of the following nutrients does NOT provide energy?
a) Which of the following nutrients does NOT provide energy?A. protein8. vitaminsC. carbohydratesD. fatb) Which of the following is recommended for a healthy diet? A. Reduce dietary fiber intake.B. Consume less than 10 % of total calories from saturated fat.C. Emphasize simple carbohydrates over complex carbohydrates.D. Minimize consumption of mono-unsaturated fats.c) Which is true about complex carbohydrates?A. They are high in calories and lead to weight gain.B. They should comprise the bulk of your diet.C. They are removed in most...
Match the following nutrients with the stage at which they can directly enter the ATP-production pathway...
Match the following nutrients with the stage at which they can
directly enter the ATP-production pathway
Stage 2: Ketogenic amino acids, glucose, and fatty acids are converted to acetyl COA Acetyl COA Stage 3: Acetyl CoA enters the TCA cycle, releasing GTP, hydrogen ions and their electrons, and Co, Some amino acids can be converted to intermediate TCA compounds. TCA Cycle Stage 4: The coenzymes NADH+H and FADH, release the hydrogen ions and their electrons in the electron transport chain,...
Excess dietary fat can be converted into cholesterol in the liver. When palmitate labeled with^14C at...
Excess dietary fat can be converted into cholesterol in the
liver. When palmitate labeled with^14C at every odd-numbered carbon
is added to liver homogenate, where does the radiolabel appear in
mevalonate?
which structure is correct and why?
are the radiolabelled carbons at C 1 3 5 or at C 2 3 5?
The following structure indicates position of labeled "C at carbon atom. Palmitate will be broken down into acetyl CoA, which will then be incorporated into mevalonate. CoASH Mevalonate...
Which of the following nutrients cannot provide the body with energy? a. protein b. saturated fat...
Which of the following nutrients cannot provide the body with energy? a. protein b. saturated fat c. fiber d. starches e. sugar
what do you think is the coolest metabolic process for energy-producing nutrients? Also, what do you...
what do you think is the coolest metabolic process for energy-producing nutrients? Also, what do you think is the most important key difference between functions of the central and peripheral nervous systems function?
which group of organic nutrients are the primary energy source of all living things
which group of organic nutrients are the primary energy source of all living things
Question 25 1.67 pts Which of the following molecules is broken down into monosaccharides that are absorbed into the bloodstream and used in metabolic pathways to harness energy? Lipids Starch Proteins Amino acids Fatty acids
18. Be able to trace how TAG are broken-down during energy production from lipids. 19. Considering the interconversion of nutrients, know the metabolism of cholesterol and the different molecules that can be produced from cholesterol.
Match the following nutrients with the stage at which they can
directly enter the ATP-production pathway
Stage 2: Ketogenic amino acids, glucose, and fatty acids are converted to acetyl COA Acetyl COA Stage 3: Acetyl CoA enters the TCA cycle, releasing GTP, hydrogen ions and their electrons, and Co, Some amino acids can be converted to intermediate TCA compounds. TCA Cycle Stage 4: The coenzymes NADH+H and FADH, release the hydrogen ions and their electrons in the electron transport chain,...
Excess dietary fat can be converted into cholesterol in the
liver. When palmitate labeled with^14C at every odd-numbered carbon
is added to liver homogenate, where does the radiolabel appear in
mevalonate?
which structure is correct and why?
are the radiolabelled carbons at C 1 3 5 or at C 2 3 5?
The following structure indicates position of labeled "C at carbon atom. Palmitate will be broken down into acetyl CoA, which will then be incorporated into mevalonate. CoASH Mevalonate...
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