Subscribe Us Buy Books

Login/Register

Tag: lock and key model

Mechanism of Enzyme Action and Specificity of Enzymes and MCQs

December 7, 2020 Biochemistry, GATE Exam, GPAT Lectures, GPAT Preparation, How to prepare for gpat, MCQ, NEET PG, NEET UG, NIPER JEE Examination (Masters/Ph.D. Admission), Pharmacy Exam Questions, Quiz, Study Material, UGC NET JRF Exam aspects of induced fit model, binding residue, catalytic residue, CSIR NET MCQ on Mechanism of Enzyme Action and Specificity of Enzymes SOLVED, drug inspector exam MCQ on Mechanism of Enzyme Action and Specificity of Enzymes SOLVED, Emil Fisher model, GPAT MCQ on Mechanism of Enzyme Action and Specificity of Enzymes SOLVED, hand-in glove model, induced fit model, lock and key model, mechanism of enzyme action, NEET MCQ on Mechanism of Enzyme Action and Specificity of Enzymes SOLVED, NIPER JEE MCQ on Mechanism of Enzyme Action and Specificity of Enzymes SOLVED, pharmacist exam MCQ on Mechanism of Enzyme Action and Specificity of Enzymes SOLVED, reaction specificiy, specificity of enzymes, SSC exam MCQ on Mechanism of Enzyme Action and Specificity of Enzymes SOLVED, staff nurse exam MCQ on Mechanism of Enzyme Action and Specificity of Enzymes SOLVED, stereo specificity, substrate specificity

Formation of enzyme substrate complex is considered as the first step of enzyme catalysis. Substrate binds to the active site of the enzyme through various non-covalent interaction and thus forms ES complex. The ES complex then further is converted to […]

Continue Reading