Given below are two statements: Statement I: In a bioreactor, small volumes of cultures are developed in which useful bio-products are produced. Statement II: In downstream processing, the products formulated with suitable preservatives are ready for marketing without testing of their quality. In the light of the above statements, choose the correct answer from the options given below:
Both Statement I and Statement II are false
Both statements are false:
1. Statement I: In a bioreactor, large volumes of cultures are developed, not small volumes, to produce useful bio-products like enzymes, antibiotics, or hormones. Hence, this statement is incorrect.
2. Statement II: During downstream processing, products are tested for quality and purity before being formulated for marketing. Hence, this statement is also incorrect.
Which of the following statements is not correct for Restriction enzymes?
A thermostable DNA polymerase is isolated from:
Which one of the following is not a process of DNA recombinant technology?
Downstream processing method involves:
Arrange the following steps involved in the transformation of bacteria in a sequence from initiation to end:
(A) Incubation of rDNA with bacterial cell on ice
(B) Treatment with divalent cations
(C) Heat shock treatment
(D) Selection on antibiotic-containing agar plate
(E) Placed them again on ice
Which of the following statements are incorrect?
(A) Fragments of DNA can be separated by ELISA.
(B) Transformation is a procedure through which a piece of DNA is introduced into a host bacterium.
(C) Recombinant DNA technology does not involve isolation of a desired DNA fragment.
(D) DNA ligases are used for stitching DNA fragments into a vector.
Which of the following is not a step of Polymerase Chain Reaction?
Which of the following statements is not correct for Restriction enzymes?
A thermostable DNA polymerase is isolated from:
Which one of the following is not a process of DNA recombinant technology?
Downstream processing method involves:
Arrange the following steps involved in the transformation of bacteria in a sequence from initiation to end:
(A) Incubation of rDNA with bacterial cell on ice
(B) Treatment with divalent cations
(C) Heat shock treatment
(D) Selection on antibiotic-containing agar plate
(E) Placed them again on ice