Q. Under normal physiological conditions, which of the following enzymes catalyze the degradation of polymers?

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Q. ___________ are used to immobilize the enzyme to the aqueous phase allowing its separation from product-containing organic phase.

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Q. Pick the odd one out.

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Q. Polymerization of phenols is catalyzed by ____________ enzyme.

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Q. One major factor that must be addressed for the use of biphasic systems in many enzyme-catalyzed reactions is ____________

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Q. In biphasic systems, the limited amount of water available considerably reduces the rate of thermoinactivation.

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Q. Due to organic phase in biphasic system, the most important factor in the balance between stabilization and inactivation is ______________

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Q. What does the following equation represent?

\(Log \,P=Log_{10} (\frac{[Material_{octanol}]}{[Material_{water}]})\)

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Q. Which of the following factor is not important for making the choice of organic solvents in biphasic system?

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Q. Biphasic systems may be stabilized by the use of __________

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Q. S-shaped curve may be shifted to the left by immobilizing the enzyme within highly hydrophilic support.

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Q. Which of the following is not an advantage of impregnated wet beads?

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Q. The apparent equilibrium constant (Kbiphasic) of this system may be defined as _____________

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Q. Which of the following does not represent Kbiphasic?

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Q. What does α represent in the below equation?

\(K_{biphasic} = K_w (\frac{1+αP_B}{1+αP_A})\)

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Q. In a biphasic system, the thickness of the aqueous layer (δ) around an immobilised enzyme lowers the rate of reaction.

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Q. For immobilized enzymes, the volumetric surface area (A/V) is an important parameter which does not govern which of the following?

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Q. Which of this is true for optimizing a two-phase system for enzyme-catalyzed reactions?

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Q. Which of the following rule belongs to optimization of the two-phase system for enzyme-catalyzed reactions?

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Q. In the biphasic system, which of the following methodology is not used to remove the excess water present?

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