Podcast
Questions and Answers
What is the purpose of adding or subtracting pieces in protein families?
What is the purpose of adding or subtracting pieces in protein families?
- To change the shape and charge complementarity
- To activate or inactivate the enzyme
- To create nonproteinogenic amino acids
- To maintain similar yet distinct proteins (correct)
In the context of reversible covalent modifications, what is Myristic Acid?
In the context of reversible covalent modifications, what is Myristic Acid?
- An amino acid
- A nucleotide
- An intermediate in cholesterol synthesis
- A fatty acid (correct)
What type of additions result in the greatest source of diversity to the proteome?
What type of additions result in the greatest source of diversity to the proteome?
- Lipids
- Nucleic Acids
- Proteins
- Carbohydrates (correct)
What is the function of ADP-ribose in the context of reversible covalent modifications?
What is the function of ADP-ribose in the context of reversible covalent modifications?
What does the color green represent in the structures?
What does the color green represent in the structures?
What does the term 'nonproteinogenic amino acids' refer to?
What does the term 'nonproteinogenic amino acids' refer to?
Which type of linkage contributes to the composition of sugars in reversible covalent modifications?
Which type of linkage contributes to the composition of sugars in reversible covalent modifications?
What is the purpose of reversible covalent modifications in proteins?
What is the purpose of reversible covalent modifications in proteins?
What is the main function of Myristic Acid in reversible covalent modifications?
What is the main function of Myristic Acid in reversible covalent modifications?
What is the equilibrium constant defined as for the reaction E + S ⇌ E·S?
What is the equilibrium constant defined as for the reaction E + S ⇌ E·S?
In the Michaelis-Menten kinetics model, what does 'Km' represent?
In the Michaelis-Menten kinetics model, what does 'Km' represent?
What does 'kcat' represent in the Michaelis-Menten kinetics model?
What does 'kcat' represent in the Michaelis-Menten kinetics model?
What is the equilibrium constant (KS) defined as for the reaction E + S ⇌ E·S in terms of k-1 and k1?
What is the equilibrium constant (KS) defined as for the reaction E + S ⇌ E·S in terms of k-1 and k1?
What assumption can be made when not much product is present?
What assumption can be made when not much product is present?
What does 'νmax' represent in the Michaelis-Menten kinetics model?
What does 'νmax' represent in the Michaelis-Menten kinetics model?
What does 'Ks' represent in the Michaelis-Menten kinetics model?
What does 'Ks' represent in the Michaelis-Menten kinetics model?
Which variable represents a measure of enzyme performance predicting the fate of E·S in the Michaelis-Menten kinetics model?
Which variable represents a measure of enzyme performance predicting the fate of E·S in the Michaelis-Menten kinetics model?
In the context of Michaelis-Menten kinetics, what component of the reaction can be ignored when not much product is present?
In the context of Michaelis-Menten kinetics, what component of the reaction can be ignored when not much product is present?
In the reaction E + S ⇌ E·S, what does 'k-1' represent?
In the reaction E + S ⇌ E·S, what does 'k-1' represent?
What is the reaction rate model called where E + S ⇌ E·S?
What is the reaction rate model called where E + S ⇌ E·S?
What is the equation for making a LINEAR plot (Scatchard Plot) using the scenario n = 1?
What is the equation for making a LINEAR plot (Scatchard Plot) using the scenario n = 1?
What does the term 'fractional saturation' represent in the context of Cooperativity?
What does the term 'fractional saturation' represent in the context of Cooperativity?
In the Hill Equation, what does the slope represent for a cooperative binder where n > 1?
In the Hill Equation, what does the slope represent for a cooperative binder where n > 1?
What is the interpretation of a Hill Coefficient (nH) equal to 1 in terms of cooperativity?
What is the interpretation of a Hill Coefficient (nH) equal to 1 in terms of cooperativity?
What does the Hill Plot look like when nH > 1?
What does the Hill Plot look like when nH > 1?
What does the term 'Allostery' refer to in the context of cooperativity?
What does the term 'Allostery' refer to in the context of cooperativity?
What is the approximate formula for θ in the case of a perfectly cooperative binder (where n > 1)?
What is the approximate formula for θ in the case of a perfectly cooperative binder (where n > 1)?
What does the x-intercept represent in a LINEAR plot (Scatchard Plot) using the scenario n = 1?
What does the x-intercept represent in a LINEAR plot (Scatchard Plot) using the scenario n = 1?
What does the term 'Hill Coefficients' (nH) equal to 0 < nH < 1 represent in terms of cooperativity?
What does the term 'Hill Coefficients' (nH) equal to 0 < nH < 1 represent in terms of cooperativity?
What is the interpretation of a Hill Coefficient (nH) greater than 1 in terms of cooperativity?
What is the interpretation of a Hill Coefficient (nH) greater than 1 in terms of cooperativity?