Give differences between PCR and plasmid. | vedclass

Name: Exam Paper Generator | JEE NEET Paper Generator | Vedclass
Brand: Vedclass
Rating: 5 (35 reviews)

Question

(N/A) $PCR$Plasmid$(1)$ It is an abiotic method of $DNA$ amplification.$(1)$ It is a biotic vector molecule used for cloning.$(2)$ $PCR$ can generate

Vedclass · Accepted Answer

Vedclass · Answer

(N/A) $PCR$Plasmid$(1)$ It is an abiotic method of $DNA$ amplification.$(1)$ It is a biotic vector molecule used for cloning.$(2)$ $PCR$ can generate millions of copies of specific $DNA$ fragments in a short time.$(2)$ Being a biotic system,the number of copies obtained is generally lower and depends on the host cell replication.$(3)$ $PCR$ is an in vitro process used to amplify specific $DNA$ sequences.$(3)$ Plasmids are used as vectors to introduce and replicate desired $DNA$ fragments within a living host cell.$(4)$ The process involves cyclic steps: denaturation,annealing,and extension.$(4)$ Plasmid-based cloning involves restriction digestion,ligation,and transformation,not cyclic $PCR$ steps.

Give differences between $PCR$ and plasmid.

Similar Questions

Which one of the following pairs is not correctly matched?

Identify '$U$','$V$' and '$W$' in the given figure of $pBR322$.

Choose the incorrect option $-$

Which of these is widely used in genetic engineering?

The production of human proteins in bacteria through genetic engineering is possible because

Vedclass Test Series

Exam Paper Generator

Online Exam Module

$PCR$	Plasmid
$(1)$ It is an abiotic method of $DNA$ amplification.	$(1)$ It is a biotic vector molecule used for cloning.
$(2)$ $PCR$ can generate millions of copies of specific $DNA$ fragments in a short time.	$(2)$ Being a biotic system,the number of copies obtained is generally lower and depends on the host cell replication.
$(3)$ $PCR$ is an in vitro process used to amplify specific $DNA$ sequences.	$(3)$ Plasmids are used as vectors to introduce and replicate desired $DNA$ fragments within a living host cell.
$(4)$ The process involves cyclic steps: denaturation,annealing,and extension.	$(4)$ Plasmid-based cloning involves restriction digestion,ligation,and transformation,not cyclic $PCR$ steps.