Science of engineering and technology applied to life sciences is

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 Multiple Choice QuestionsMultiple Choice Questions

191.

The sequence given below 5'-GGCC-3' is recognition sequence for which of the following enzyme

  • Not 1

  • Eco R1

  • Hae III

  • Puv I


192.

Paul berg's gene splicing experiment created the first rDNA molecule, which was a

  • T4 phage fragment incorporated into SV40 vector

  • Lambda phage fragment incorporated into SV40 vector

  • T4 phage fragment incorporated into pSC 101 vector

  • Lambda phage fragment incorporated into pSC 101 vector


193.

Viral genome incorporated into host DNA is called

  • prophase

  • plasmid

  • prophage

  • bacteriophage


194.

Recognition sequence in Eco RI is

  • GGCC

  • GAATTC

  • AAGCTT

  • CTGCAG


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195.

In lysogenic phase which of the following takes place?

  • Phage DNA integrated with host genome and does not multiplied

  • Phage DNA does not integrate with host genome

  • Phage DNA integrates with host genome and bacterial cell does not lyse

  • Phage DNA integrated with host DNA and multiplied


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196.

Science of engineering and technology applied to life sciences is

  • Biotechnology

  • Genetic engineering

  • Pathology

  • Biological science


A.

Biotechnology

Biotechnology includes the use of living organisms or substances obtained from them, in industrial processes. It is an integrated use of different disciplines like microbiology, biochemistry and chemical engineering.


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197.

Plasmid is

  • small extrachromosomal circular self replicating DNA that can carry genes into host organism

  • bacteriophage

  • DNA found in mitochondria

  • DNA incorporated in bacterial chromosome


198.

e -DNA is formed from m-RNA by which enzyme:

  • restriction endonuclease

  • reverse transcriptase

  • DNA polymerase

  • RNA polymerase


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199.

Hybridoma technology is used to :

  • kill the cancer cells

  • formation of somaclonal antibodies

  • formation of somatic hybrids

  • formation of antibiotics


200.

Kohler and Milstein developed biotechnology for :

  • monoclonal antibodies

  • steroid synthesis

  • immobilization of enzymes

  • myeloma


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