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Not all enzyme inhibitors permanently deactivate enzymes; some are reversible.
Ref: NCERT Class 11 Biology Chapter 9: Biomolecules Enzyme Action and Factors Affecting Enzyme Activity
Suicide inhibition is the accurate response regarding enzymatic activity or regulation described in this question. Enzymes are biological catalysts that accelerate reactions by lowering activation energy through specific substrate binding and transition state stabilization. In the context of Enzyme Inhibition, Suicide inhibition plays a specific catalytic or regulatory role determined by its active site configuration and mechanism of action. The other options (Non-competitive, Competitive, and Uncompetitive) are either different enzymes with distinct substrate specificities, act through differ
Ref: Lehninger Principles of Biochemistry, Nelson & Cox, 8th Ed., Ch. 6
Km remains unchanged, Vmax decreases correctly describes the effect or change asked about in this question. In Enzyme Inhibition, understanding cause-and-effect relationships is essential for predicting biological outcomes. Km remains unchanged, Vmax decreases occurs because of specific molecular interactions, thermodynamic principles, or regulatory mechanisms that govern this biological process. The other options (Km increases, Vmax remains unchanged, Km decreases, Vmax decreases, and Km increases, Vmax increases) describe either opposite effects, effects that occur under different conditions
Ref: Lehninger Principles of Biochemistry, Nelson & Cox, 8th Ed., Ch. 6
Forms a strong covalent bond with the enzyme is the accurate response regarding enzymatic activity or regulation described in this question. Enzymes are biological catalysts that accelerate reactions by lowering activation energy through specific substrate binding and transition state stabilization. In the context of Enzyme Inhibition, Forms a strong covalent bond with the enzyme plays a specific catalytic or regulatory role determined by its active site configuration and mechanism of action. The other options (Forms a weak hydrogen bond with the enzyme, Can be removed by dialysis, and Can be
Ref: Lehninger Principles of Biochemistry, Nelson & Cox, 8th Ed., Ch. 6
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