Differentiate between Restriction Endonucleas | vedclass

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

Question

(N/A) Restriction EndonucleaseRestriction Exonuclease$(1)$ Endonucleases cut $DNA$ molecules at specific internal positions.$(1)$ Exonucleases remove

Vedclass · Accepted Answer

Vedclass · Answer

(N/A) Restriction EndonucleaseRestriction Exonuclease$(1)$ Endonucleases cut $DNA$ molecules at specific internal positions.$(1)$ Exonucleases remove nucleotides sequentially from the ends of the $DNA$ molecule.$(2)$ They often produce sticky or blunt ends depending on the enzyme.$(2)$ They generally do not produce sticky ends as they act on the termini.$(3)$ They are essential tools in recombinant $DNA$ technology for creating gene fragments.$(3)$ They are primarily involved in $DNA$ repair and degradation processes.$(4)$ Examples include $BamHI$, $HindIII$, $EcoRI$.$(4)$ Examples include $Exonuclease III$, $RecJ$.

Differentiate between Restriction Endonuclease and Restriction Exonuclease.

Similar Questions

$A$ probe,which is a molecule used to locate specific sequences in a mixture of $DNA$ or $RNA$ molecules,could be:

Which of the following is not used for isolation of $\text{DNA}$ from cells?

Which organism's plasmid was used for the construction of the first $r-DNA$?

Agarose extracted from sea weeds finds use in

Restriction enzymes that are used in the construction of recombinant $DNA$ are endonucleases which cut the $DNA$ at 'specific-recognition sequence'. What would be the disadvantage if they do not cut the $DNA$ at specific-recognition sequence?

Vedclass Test Series

Exam Paper Generator

Online Exam Module

Restriction Endonuclease	Restriction Exonuclease
$(1)$ Endonucleases cut $DNA$ molecules at specific internal positions.	$(1)$ Exonucleases remove nucleotides sequentially from the ends of the $DNA$ molecule.
$(2)$ They often produce sticky or blunt ends depending on the enzyme.	$(2)$ They generally do not produce sticky ends as they act on the termini.
$(3)$ They are essential tools in recombinant $DNA$ technology for creating gene fragments.	$(3)$ They are primarily involved in $DNA$ repair and degradation processes.
$(4)$ Examples include $BamHI$, $HindIII$, $EcoRI$.	$(4)$ Examples include $Exonuclease III$, $RecJ$.