This topic contains a solution. Click here to go to the answer

Author Question: In the reaction shown below, what are the molecules indicated as X and Y? 1.NAD+ and NADH 2.FAD ... (Read 72 times)

tuffie

  • Hero Member
  • *****
  • Posts: 534
In the reaction shown below, what are the molecules indicated as X and Y?
 
Question 2

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 />
  1.NAD+ and NADH
  2.FAD and NADH
  3.H+ and CO2
  4.FAD and FADH2
  5.None of these"

Question 3

Which of the following is not a name for the same pathway?
  1.Krebs cycle
  2.Embden-Meyerhoff pathway
  3.TCA cycle
  4.citric acid cycle
  5.Tricarboxylic acid cycle



Related Topics

Need homework help now?

Ask unlimited questions for free

Ask a Question
Marked as best answer by a Subject Expert

ntsoane kedibone

  • Sr. Member
  • ****
  • Posts: 333
Answer to Question 1



Answer to Question 2

4

Answer to Question 3

2




tuffie

  • Member
  • Posts: 534
Reply 2 on: Aug 23, 2018
:D TYSM


sailorcrescent

  • Member
  • Posts: 334
Reply 3 on: Yesterday
Gracias!

 

Did you know?

Everyone has one nostril that is larger than the other.

Did you know?

Adults are resistant to the bacterium that causes Botulism. These bacteria thrive in honey – therefore, honey should never be given to infants since their immune systems are not yet resistant.

Did you know?

Giardia is one of the most common intestinal parasites worldwide, and infects up to 20% of the world population, mostly in poorer countries with inadequate sanitation. Infections are most common in children, though chronic Giardia is more common in adults.

Did you know?

The liver is the only organ that has the ability to regenerate itself after certain types of damage. As much as 25% of the liver can be removed, and it will still regenerate back to its original shape and size. However, the liver cannot regenerate after severe damage caused by alcohol.

Did you know?

The use of salicylates dates back 2,500 years to Hippocrates’s recommendation of willow bark (from which a salicylate is derived) as an aid to the pains of childbirth. However, overdosage of salicylates can harm body fluids, electrolytes, the CNS, the GI tract, the ears, the lungs, the blood, the liver, and the kidneys and cause coma or death.

For a complete list of videos, visit our video library