Due to chloramphenicol resistance gene, one is able to select a transformed cell in presence of chlo

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9.Biotechnology Principals and Process

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Due to chloramphenicol resistance gene, one is able to select a transformed cell in the presence of chloramphenicol. The chloramphenicol resistance gene in this case is called

Origin of replication

Selectable marker

Cloning sites

Insertional inactivation

Solution

Due to chlorophenicol resistance gene, one is able to select a transformed cell in the presence of chloramphenicol. The chloramphenicol resistance gene in this case is called selectable marker

Standard 12

Biology

The "Ti plasmid" of Agrobacterium tumefaciens stands for

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(NEET-2024)

The key tools required for the recombinant $DNA$ technology are

$I.$ Enzymes

$II$. RNA primer

$III.$ DNA probe

$IV.$ Vectors

$V.$ host organisms

Select the correct option

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$A$ : During gel electrophoresis, the $DNA$ fragments move towards the anode.

$R$ : $DNA$ fragments are negatively charged molecules.

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Do eukaryotic cells have restriction endonucleases? Justify your answer.

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$I.$ DNA being a hydrophilic molecule cannot pass through cell membranes

$II.$ The bacteria should be made competent to accept the $DNA$ molecule

The correct option regarding the above statements is

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Due to chloramphenicol resistance gene, one is able to select a transformed cell in the presence of chloramphenicol. The chloramphenicol resistance gene in this case is called

Solution

Similar Questions

The "Ti plasmid" of Agrobacterium tumefaciens stands for

The key tools required for the recombinant $DNA$ technology are $I.$ Enzymes $II$. RNA primer $III.$ DNA probe $IV.$ Vectors $V.$ host organisms Select the correct option

$A$ : During gel electrophoresis, the $DNA$ fragments move towards the anode. $R$ : $DNA$ fragments are negatively charged molecules.

Do eukaryotic cells have restriction endonucleases? Justify your answer.

$I.$ DNA being a hydrophilic molecule cannot pass through cell membranes $II.$ The bacteria should be made competent to accept the $DNA$ molecule The correct option regarding the above statements is

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The key tools required for the recombinant $DNA$ technology are

$I.$ Enzymes

$II$. RNA primer

$III.$ DNA probe

$IV.$ Vectors

$V.$ host organisms

Select the correct option

$A$ : During gel electrophoresis, the $DNA$ fragments move towards the anode.

$R$ : $DNA$ fragments are negatively charged molecules.

$I.$ DNA being a hydrophilic molecule cannot pass through cell membranes

$II.$ The bacteria should be made competent to accept the $DNA$ molecule

The correct option regarding the above statements is