Wgu c785 module 6 - Study guides, Class notes & Summaries

WGU C785 Module 6, Questions and answers, 100% Accurate. VERIFIED.

WGU C785 Module 6, Questions and answers, 100% Accurate. VERIFIED. During gluconeogenesis, how many ATP molecules are consumed for each glucose molecule produced? - 6 Which molecule signals the liver to release glucose by breaking down glycogen? - Glucagon Which molecule is regenerated with the production of lactate during anaerobic metabolism? - NAD+ During aerobic metabolism, acetyl-CoA is produced from which molecule? - Pyruvate Why would a marathon runner consume a large meal f...

1. During gluconeogenesis, how many ATP molecules are consumed for each glucose molecule produced? - 6 2. Which molecule signals the liver to release glucose by breaking down glycogen? - Glucagon 3. Which molecule is regenerated with the production of lactate during anaerobic metabolism? - NAD+ 4. During aerobic metabolism, acetyl-CoA is produced from which molecule? - Pyruvate 5. Why would a marathon runner consume a large meal full of complex carbohydrates the night before her run? - ...

During gluconeogenesis, how many ATP molecules are consumed for each glucose molecule produced? - 6 Which molecule signals the liver to release glucose by breaking down glycogen? - Glucagon Which molecule is regenerated with the production of lactate during anaerobic metabolism? - NAD+ During aerobic metabolism, acetyl-CoA is produced from which molecule? - Pyruvate Why would a marathon runner consume a large meal full of complex carbohydrates the night before her run? - Replenish cellular...

During gluconeogenesis, how many ATP molecules are consumed for each glucose molecule produced? - 6 Which molecule signals the liver to release glucose by breaking down glycogen? - Glucagon Which molecule is regenerated with the production of lactate during anaerobic metabolism? - NAD+ During aerobic metabolism, acetyl-CoA is produced from which molecule? - Pyruvate Why would a marathon runner consume a large meal full of complex carbohydrates the night before her run? - Replenish cellu...

WGU C785 Module 6, Exam Review Questions and answers, 100% Accurate, graded A+ During gluconeogenesis, how many ATP molecules are consumed for each glucose molecule produced? - -6 Which molecule signals the liver to release glucose by breaking down glycogen? - -Glucagon Which molecule is regenerated with the production of lactate during anaerobic metabolism? - -NAD+ During aerobic metabolism, acetyl-CoA is produced from which molecule? - -Pyruvate Why would a marathon runner con...

WGU C785 Biochemistry Module 5 ( Updated 2023 -2024 ) Latest Questions With 100% Verified Answers 1. 3 characteristics of long chain saturated fatty acids? Answer: 1. more than 12carbons 2. solid 3. membrane fluidity decreases pack tightly and stack uniformly 2. omega carbon Answer: the last carbon in the chain 3. omega 3 Answer: double bond at carbon #3 on the chain 4. beta bond Answer: Type of chemical bond that cannot be broken by human intestinalenzymes during digestion 5. Step...

WGU C785 Module 6 Quiz with Correct Answers 2022 Graded A+

WGU C785 Biochemistry Module 1 ( Updated 2023 -2024 ) Latest Questions With 100% Verified Answers 1. What is translation? Answer: Process by which mRNA is decoded and a protein isproduced 2. polymerase chain reaction (PCR) Answer: A method of producing thousands of copiesof DNA segment using the enzyme DNA polymerase 3. DNA primers in PCR are needed to? Answer: a initiate synthesis of the new DNAmolecule 4. dNTPs are the Answer: building blocks of DNA 5. DNA polymerase III adds base...

WGU C785 Biochemistry Module 2 ( Updated 2023 -2024 ) Latest Questions With 100% Verified Answers 1. carboxyl group Answer: A -COOH group, found in organic acids. 2. amino group Answer: a chemical group consisting of a nitrogen atom bonded to twohydrogen atoms 3. Where are the hydrophobic amino acids found in the protein? Answer: found in theinterior of the protein 4. What kind of bond connects a positively charged group and a negativelycharged group? Answer: ionic bond 5. What type...