In case of immobilized enzymes, what type of inhibition is represented by the following equation?

\(V=\frac{V_{max} S}{K_m+\frac{K_m [S_0]K_L^s}{K_p K_l^p}}\)

What does the equation, λ=\(\frac{[C_0^{n+}]}{[C^{n+}]}=\frac{[A^{n-}]}{[A_0^{n-}]}\) represent?

Electrostatic potential coefficient

Explore topic-wise MCQs in Enzyme Technology Questions and Answers.

This section includes 3 Mcqs, each offering curated multiple-choice questions to sharpen your Enzyme Technology Questions and Answers knowledge and support exam preparation. Choose a topic below to get started.

1.	In case of immobilized enzymes, what type of inhibition is represented by the following equation?
A.	\(V=\frac{V_{max} S}{K_m+\frac{K_m [S_0]K_L^s}{K_p K_l^p}}\)
B.	Substrate
C.	Product
D.	Uncompetitive
E.	Competitive
Answer» C. Product

Discussion

2.	Which of the following equation is true for \(K_m^{app}\), when the substrates are negatively charged?
A.	Kcat/Km
B.	Km/λ
C.	Kmλ
D.	Vmax/2
Answer» C. Kmλ

Discussion

3.	What does the equation, λ=\(\frac{[C_0^{n+}]}{[C^{n+}]}=\frac{[A^{n-}]}{[A_0^{n-}]}\) represent?
A.	Turnover number
B.	Catalytic efficiency
C.	Electrostatic potential coefficient
D.	Porosity
Answer» D. Porosity

Discussion

Explore topic-wise MCQs in Enzyme Technology Questions and Answers.

In case of immobilized enzymes, what type of inhibition is represented by the following equation?

Which of the following equation is true for \(K_m^{app}\), when the substrates are negatively charged?

What does the equation, λ=\(\frac{[C_0^{n+}]}{[C^{n+}]}=\frac{[A^{n-}]}{[A_0^{n-}]}\) represent?