Q.48 Which of the following statements are CORRECT for an enzyme entrapped in a spherical particle? (A) Effectiveness factor is ratio of the reaction rate with diffusion-limitation to the reaction […]
Blog
Implicit Euler Method Example
Q.47 Consider the ordinary differential equation dy/dx = f(x,y) = 2x² – y². If y(1) = 1, the value(s) of y(1.5), using the Euler’s implicit method [yn+1 = yn + […]
Adenine to Hypoxanthine DNA Repair
Q.46 Adenine can undergo a spontaneous change to hypoxanthine in a cell, leading to a DNA base pair mismatch. The CORRECT combination of enzymes that are involved in repairing this […]
Best Spectroscopic Techniques
Q.45 Which of the following spectroscopic technique(s) can be used to identify all the functional groups of an antibiotic contaminant in food? P. Infrared Q. Circular dichroism R. Nuclear magnetic […]
Understanding Maximum Parsimony
Q.44 The maximum parsimony method is used to construct a phylogenetic tree for a set of sequences. Which one of the following statements about the method is CORRECT? (A) It […]
E1 E2 E3 Enzymes in Ubiquitinylation of Cell Cycle Proteins
Q.43 The enzymes involved in ubiquitinylation of cell-cycle proteins are (A) E1 and E2 only (B) E1 and E3 only (C) E1 and E4 only (D) E1, E2 and E3 […]
Understanding Protein Structure Levels
Q.42 Which of the following are CORRECT about protein structure? P. Secondary structure is formed by a repeating pattern of interactions among the polypeptide backbone atoms Q. Tertiary structure is […]
Proportional vs Integral Controllers
Q.41 Which of the following statements are CORRECT for a controller? P. In a proportional controller, a control action is proportional to the error Q. In an integral controller, a […]
Master Chromatography Matching
Q.40 Match the stationary phase (Column I) with its corresponding chromatography technique (Column II). Column I […]
Eigenvalue–Eigenvector Matrix Construction
Q.39 A 2×2 matrix P has an eigenvalue λ1 = 2 with eigenvector x1 = ( 1 0 )T and another eigenvalue λ2 = 5, with eigenvector x2 = ( […]


