Question

The carbon skeletons for gluconeogenesis are derived from: a. Amino acids from the degradation of skeletal...

The carbon skeletons for gluconeogenesis are derived from:

a. Amino acids from the degradation of skeletal muscle protein

b. Glycerol from the breakdown of triglycerides in adipose tissue

c. Oxidation of fatty acids to acetyl CoA

d. A and B

e. A, B, and C

Science   Biology   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

Answer: d. A and B

I.e. Both amino acid from the degradation of skeletal muscle protein and glycerol from the breakdown of triglycerides in adipose tissue can be as carbon skeletal for gluconeogenesis.

Oxidation of fatty acid will lead to the formation of Acetyl-CoA will may enter into TCA cycle but will be used and released in the form of carbon dioxide.

Glycerol can be used after converting itself into glycerol-6-phosphate with the help of glycerol kinase.

Mostly alanine and glutamine is used in the gluconeogenesis. Transamination or destination helps them in entering gluconeogenesis cycle.

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Why are amino acids that can only deliver their carbon skeletons to the citric acid cycle...
Why are amino acids that can only deliver their carbon skeletons to the citric acid cycle in the form of acetyl-CoA not glucogenic? In other words, why can their carbon skeletons not form glucose?
1. Which of the following is a possible metabolic use of a glucose molecule? a. amino...
1. Which of the following is a possible metabolic use of a glucose molecule? a. amino acids b. all of these c. glycerol d. none of these e. long chain fatty acids 2. Which of the following is a possible metabolic use of a glucose molecule? a. fatty acid synthesis in adipose tissue b. gluconeogenesis in liver c. glycogenesis in muscle d. all of these e. none of these
1. Which of the following metabolic pathways is increased in muscle tissue during the absorptive state?...
1. Which of the following metabolic pathways is increased in muscle tissue during the absorptive state? a. gluconeogenesis b. protein synthesis c. glycogenolysis d. all e. none 2. Which of the following metabolic pathways is increased in adipose tissue during the postabsorptive state? a. gluconeogenesis b. glycolysis c. all d. none e. beta oxidation of long chain fatty acids
Match each of the statements about metabolism to the organ, tissue, or cell where that metabolism...
Match each of the statements about metabolism to the organ, tissue, or cell where that metabolism takes place. Each organ, tissue, or cell may match more than one statement. releases glycerol and fatty acids into the blood during fasting periods in a normal nutritional state, utilizes glucose as the exclusive fuel synthesizes ketone bodies when the supply of acetyl CoA is high can release lactate into the blood utilizes alpha-keto acids from amino acid degradation as an important fuel can...
Many amino acids are broken down into acetyl CoA, just like fatty acids. However, we typically...
Many amino acids are broken down into acetyl CoA, just like fatty acids. However, we typically consider amino acids a lower energy fuel source than fatty acids. Why is this? Hint: there are actually two reasons, one related to the amount of energy that can hypothetically be obtained from breakdown of amino acids, and one related to the nitrogen atom(s).
The acetyl groups that enter the citric acid cycle are ultimately derived from carbohydrates, fatty acids,...
The acetyl groups that enter the citric acid cycle are ultimately derived from carbohydrates, fatty acids, and amino acids carbohydrates, fatty acids, amino acids, and nucleic acids carbohydrates carbohydrate and fatty acids
1. Even-chain fatty acids and acetyl CoA are not precursors for gluconeogenesis (in humans and other...
1. Even-chain fatty acids and acetyl CoA are not precursors for gluconeogenesis (in humans and other animals). a) how is acetyl CoA is converted into glucose in plants and bacteria? b) If palmitate is labeled with 14C that 14C shows up in glucose, So, carbon atoms from fat end up in glucose. However, I just re-stared that fatty acids are not precursors for gluconeogenesis. How can this be correct? 2. After a meal the ratio of beta-hydroxybutyrate to acetoacetate is...
Epigenetics can account for all following EXCEPT A. Genomic imprinting B. Inactivation of X-chromosomes C. Tissue...
Epigenetics can account for all following EXCEPT A. Genomic imprinting B. Inactivation of X-chromosomes C. Tissue specific differences D. Sickle cell anaemia E. None of the above All epimers are stereoisomers T/F? The principal function of the TCA cycle is to; A. Generate carbon dioxide B. Transfer electrons from the acetyl portion of acetyl CoA to NAD+ and FAD C. Oxidize the acetyl portion of acetyl CoA to Oxaloacetate D. Generate heat from the the oxidation of the acetyl portion...
1. Aspartate is metabolized to oxaloacetate, which we know via gluconeogenesis can be used to generate...
1. Aspartate is metabolized to oxaloacetate, which we know via gluconeogenesis can be used to generate PEP. Assuming the PEP then proceeds to pyruvate and acetyl CoA and enters the citric acid cycle, how much ATP could be generated from the complete oxidation of Aspartate if we assume 1 NADH produces 3 ATP, 1 FADH2 produces 2 ATP, and GTP or ATP are equivalent (1GTP=1ATP). (Also ignore the “cost” of Nitrogen removal; don’t consider the urea cycle) 2. True or...
One important difference between the anatomy of roots and the anatomy of leaves is that _____....
One important difference between the anatomy of roots and the anatomy of leaves is that _____. a. Leaves are covered in a waxy cuticle and stomata, which is absent from roots b. Only roots have ground tissue c. Only leaves have epidermal tissue d. Root cells have cell walls and leaf cells do not e. Roots contain vascular tissue, whereas leaves do not Which of the following statements regarding ATP is true? a. It has high potential energy because it...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT