Podcast
Questions and Answers
Which one of these is the correct equation for the reaction depicted in the image?
Which one of these is the correct equation for the reaction depicted in the image?
- A + B -> C
- A + B -> AB (correct)
- AB -> A + B
- C -> A + B
What is the enzyme class for the specific enzyme involved in the reaction depicted in the image?
What is the enzyme class for the specific enzyme involved in the reaction depicted in the image?
- Ligase (correct)
- Lyase
- Hydrolase
- Isomerase
What is the specific enzyme involved in the reaction depicted in the image?
What is the specific enzyme involved in the reaction depicted in the image?
- Hydratase
- Decarboxylase
- Synthase
- Epimerase (correct)
What physiological process uses the last 3 reactions described in the text?
What physiological process uses the last 3 reactions described in the text?
What molecule is added in the reaction catalyzed by the hydratase lyase?
What molecule is added in the reaction catalyzed by the hydratase lyase?
What is removed in the reaction catalyzed by the dehydratase lyase?
What is removed in the reaction catalyzed by the dehydratase lyase?
What type of isomerase is involved in the reaction depicted in the image?
What type of isomerase is involved in the reaction depicted in the image?
Which class of enzymes catalyzes redox reactions?
Which class of enzymes catalyzes redox reactions?
What is the definition of a redox reaction?
What is the definition of a redox reaction?
Which of the following is true about redox reactions?
Which of the following is true about redox reactions?
In the Krebs cycle, which molecule is oxidized to make oxaloacetate?
In the Krebs cycle, which molecule is oxidized to make oxaloacetate?
In the Krebs cycle, which molecule is reduced to make malate?
In the Krebs cycle, which molecule is reduced to make malate?
What are FAD/FADH2?
What are FAD/FADH2?
What are NAD+/NADH?
What are NAD+/NADH?
Which enzyme class is responsible for redox reactions?
Which enzyme class is responsible for redox reactions?
Which enzyme class is responsible for hydrolysis reactions?
Which enzyme class is responsible for hydrolysis reactions?
Which enzyme class is responsible for group transfer reactions?
Which enzyme class is responsible for group transfer reactions?
Which enzyme class is responsible for condensation reactions?
Which enzyme class is responsible for condensation reactions?
Which enzyme class is responsible for decarboxylation/elimination reactions?
Which enzyme class is responsible for decarboxylation/elimination reactions?
Which enzyme class is responsible for dehydration/elimination reactions?
Which enzyme class is responsible for dehydration/elimination reactions?
Which enzyme class is responsible for hydration/addition reactions?
Which enzyme class is responsible for hydration/addition reactions?
Which enzyme class is responsible for isomerization reactions?
Which enzyme class is responsible for isomerization reactions?
Which enzyme class is responsible for joining molecules with the use of ATP?
Which enzyme class is responsible for joining molecules with the use of ATP?
Which one of these is true about nucleophilic substitution reactions?
Which one of these is true about nucleophilic substitution reactions?
Which one of these is true about disaccharide formation?
Which one of these is true about disaccharide formation?
Which one of these correctly identifies the nucleophile, electrophile, and leaving group in DNA formation?
Which one of these correctly identifies the nucleophile, electrophile, and leaving group in DNA formation?
Which one of these correctly identifies the nucleophile and electrophile in the formation of triglycerides?
Which one of these correctly identifies the nucleophile and electrophile in the formation of triglycerides?
Which one of these correctly identifies the nucleophile in peptide bond formation?
Which one of these correctly identifies the nucleophile in peptide bond formation?
Which one of these correctly identifies the leaving group in the reaction shown in the image?
Which one of these correctly identifies the leaving group in the reaction shown in the image?
Which one of these is true about hydrolase enzymes?
Which one of these is true about hydrolase enzymes?
