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Questions and Answers
Which type of specificity has the highest specificity according to the text?
Which type of specificity has the highest specificity according to the text?
- Geometric Specificity
- Optical Specificity (correct)
- Co-factor Specificity
- Substrate Specificity
What type of amino acids does L-amino acid Oxidase act on?
What type of amino acids does L-amino acid Oxidase act on?
- Both L-amino acids and D-amino acids
- L-amino acids (correct)
- D-amino acids
- No amino acids
Which enzyme acts specifically on α -1,4 glycosidic bonds of starch & glycogen?
Which enzyme acts specifically on α -1,4 glycosidic bonds of starch & glycogen?
- Sucrase
- Arginase
- Carbonic Anhydrase
- α-Amylase (correct)
Which type of specificity is mentioned to have very low specificity in enzymes in the text?
Which type of specificity is mentioned to have very low specificity in enzymes in the text?
Which type of specificity involves enzymes being specific for substrates with similar structural geometry?
Which type of specificity involves enzymes being specific for substrates with similar structural geometry?
Which enzyme can oxidize methanol and propanol to aldehydes based on geometric specificity?
Which enzyme can oxidize methanol and propanol to aldehydes based on geometric specificity?
What type of specificity do enzymes like Pepsin and Lipase exhibit?
What type of specificity do enzymes like Pepsin and Lipase exhibit?
Which term best describes enzymes specific for a group, like Pepsin hydrolyzing peptide bonds with amino groups?
Which term best describes enzymes specific for a group, like Pepsin hydrolyzing peptide bonds with amino groups?
What is the main characteristic of enzymes in terms of specificity?
What is the main characteristic of enzymes in terms of specificity?
How do enzymes enhance the rate of reaction?
How do enzymes enhance the rate of reaction?
What is a defining characteristic of ribozymes compared to protein catalysts?
What is a defining characteristic of ribozymes compared to protein catalysts?
Why do some reactions have separate enzymes for forward and reverse reactions?
Why do some reactions have separate enzymes for forward and reverse reactions?
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