Q. No.A piece of DNA, somehow transferred into an alien organism, will be able to multiply itself in the progeny cells of organism if:
| 1. | It includes the centromere |
| 2. | It becomes a part of chromosome |
| 3. | It does not contain any intron sequences |
| 4. | It is a single stranded polynucleotide |
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For the multiplication of any alien piece of DNA in an organism, it needs to be part of a chromosome that has a specific:
| 1. | Telomeric sequence | 2. | Multiple cloning sites |
| 3. | Ori | 4. | Selectable marker |
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In recombinant DNA experiments, a vector:
| 1. | carries DNA into a new cell |
| 2. | links together newly joined fragments of DN |
| 3. | makes millions of copies of a specific segment of DNA |
| 4. | separates fragments of DNA by their length and electrical charges |
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What controls the copy number of linked DNA if plasmid is used as a vector in bacterial transformation?
| 1. | Ori | 2. | rop |
| 3. | Selectable markers | 4. | Promoter in the insert |
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What is true for the plasmids used as cloning vectors in recombinant procedures?
| 1. | Ori is responsible for controlling the copy number of linked DNA |
| 2. | The bacteria lacking R plasmids are resistant to antibiotics |
| 3. | The vector must have many sites for the same restriction enzyme |
| 4. | They can carry largest inserts amongst the available cloning vectors |
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The most important feature in a plasmid to serve as a vector in gene cloning experiment is:
1. Origin of replication (ori)
2. Presence of a selectable marker
3. Presence of sites for restriction endonuclease
4. Its size
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Some bacteria are resistant to antibiotics. This trait is normally due to:
1. lack of membrane bound organelles
2. presence of a cell wall
3. presence of an extra-chromosomal circular DNA
4. a unique feature called as inclusion bodies
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In the given diagram of pBR322, the location of the recognition sequences of BamH I and Sal I are represented by the numbers:
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 |
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A cloning vector has two antibiotic resistance genes: tetracycline and ampicillin. A foreign DNA was inserted into the tetracycline gene. Non-recombinant transformants would survive on the medium containing:
1. ampicillin but not tetracycline
2. tetracycline but not ampicillin
3. both tetracycline and ampicillin
4. neither tetracycline nor ampicillin
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The Ti plasmid, used in transformation of plant cells, is found in:
| 1. | Agrobacterium tumefaciens | 2. | Escherichia coli |
| 3. | Bacillus thuringiensis | 4. | Xanthomonas citri |
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