Basic Principles of Biotechnology MCQ Questions & Answers | Biotechnology

A. P, Q

B. P, S

C. P, R, S

D. P, Q, R

A. Muller

B. Hardy and Weinberg

C. Sewall Wright

D. Wallace

A. Prevent vortex and to improve aeration efficiency

B. Maintain uniform suspension of cells

C. Minimize the size of air bubble for greater aeration

D. Maintain uniform nutrient medium

A. Cleavage of harmful drugs or metabolites

B. Catalyzing the addition of -OH group to metabolites

C. By denaturing the metabolites

D. None of the above

A. Embryonic and hematopoitic stem cells

B. Nerve cells and muscle cells

C. Erythrocytes and macrophages

D. Hepatocytes and eosinophiles

A. Can not diffuse in the plane of the membrane

B. Cannot have any attachment to cytoplasmic components

C. Cannot have bound carbohydrate

D. Usually has both hydrophobic and hydrophilic regions

A. $$\frac{1}{v} = \frac{{{K_m} + \left[ S \right]}}{{{V_{\max }}\left[ S \right]}}$$

B. $$\frac{v}{{\left[ S \right]}} = - \frac{v}{{{K_m}}} + \frac{{{V_{\max }}}}{{{K_m}}}$$

C. $$v = \frac{{{K_{cat}}}}{{{K_m}}}{\left[ E \right]_t}\left[ S \right]$$

D. $$v = \frac{{{K_{\max }}\left[ S \right]}}{{{K_m} + \left[ S \right]}}$$