Production of a human protein in bacteria by genetic engineering is possible because

  • A
    Bacterial cell can carry out the $RNA$ splicing reactions
  • B
    The human chromosome can replicate in bacterial cell
  • C
    The mechanism of gene regulation is identical in humans and bacteria
  • D
    The genetic code is universal

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Similar Questions

Which of the statements are correct about bioreactors?
$I.$ It provides all the optimal conditions for achieving the desired product by providing optimal growth conditions like temperature, $pH$, substrate, salt, vitamin and oxygen.
$II.$ It is suited for large-scale production of microorganisms under aseptic conditions for a number of days.

Match the columns:
Column-$I$ Column-$II$
$(a)$ Lysozyme $(i)$ Fat
$(b)$ Cellulase $(ii)$ Protein
$(c)$ Chitinase $(iii)$ Bacteria
$(d)$ Lipase $(iv)$ Fungi (Penicillium)
$(v)$ Plant (Mangifera indica)

In which method is recombinant $DNA$ directly injected into the nucleus of an animal cell?

The primer extension during $PCR$ cycle requires the temperature range of . . . . . . .

Transformation is a process in which ..........

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