Home
Class 12
BIOLOGY
What are the enzymes you can used to cut...

What are the enzymes you can used to cut terminal end and internal phospho di ester bond of nucleotide sequence?

Promotional Banner

Topper's Solved these Questions

  • Principles And Processes of Biotechnology.

    SARAS PUBLICATION|Exercise Example |169 Videos

  • PRINCIPLES AND PROCESSES OF BIOTECGNOLOGY

    SARAS PUBLICATION|Exercise EXAMPLE |73 Videos

  • PRINCIPLES OF ECOLOGY

    SARAS PUBLICATION|Exercise EXERCISE|18 Videos

Similar Questions

Explore conceptually related problems

Assertion (A): Arabidopsis plant chromosome have more repeats of TTTAGGG nucleotide sequence in the telomers. Reason (R ): Restriction endonuclease enzyme is used in the formation of such a nucleotide sequence.

Which of the following statements does not hold true for restriction enzyme? (a) It recongnises a palindromic nucleotide sequence (b) It is an endonuclease. (c) It is isolated from viruses (d) It produces the same kind of sticky ends in different DNA molecules

You are working in a biotechnology lab with a bacterium namely E.coil. How will you cut the nucleotide sequence? Explain it.

Rinku with a circular DNA contains sequence 5' larr GGATTCC to 3' 3' larr CCTTAAGG to 5' She wishes to add a new segment of DNA into it. a. Identify the technology she planned. b. Suggest the specific enzyme to make a cut in the DNA with above sequence. c. Name the ctegory of enzyme your suggested. d. How this enzyme identifies the sequence? e. Draw the cut ends of the DNA with sequence.

Read the following paragraph carefully and answer the following: Tie a stone to one end of a string. Take the other end in your hand and rotate the string so that the stone moves along a circle. As long as we are holding the string, we are pulling the stone towards us i.e. towards the centre of the circle and are appliying a force towards it. The force stops acting on it if we release the string. In this case, the stone will fly off along a straight line which is the tangent to the circle at the position of the stone when the string is released, because that the directionn of its velocity at that instant of time. You may recall a similar activity in which a 5 rupee coin kept on a rotating circular disc flies off the disc along the tangent to the disc. Thus, a force acts on any object moving along a circle and it is directed towards the centre of the circle. This is called the Centripetal force. What happens if the string is released?