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Restriction endonuclease

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When scientist copy DNA they first have to cut out the part they want to copy what molecule do they use to do this?

Restriction endonuclease.


When scientist copy DNA the first have to cut out the part they want to copy what molecule do they use to do this?

Restriction endonuclease.


When scientist copy DNA they first have to cut out the part they want to copy . What molecule do they use to do this?

Restriction endonuclease.


When scientist copy DNA they first have to cut out the part they wanted to copy what molecules do they use to do this this?

Restriction endonuclease.


What scientists copy DNA they first to cut out the part they want to copy what molecules do they use to do this?

Restriction endonuclease


When scientists copy DNA they first have to cut out the part they want to copy . what molecule do they use to do this?

Restriction endonuclease


When scientists copy DNA they first to cut out the part they want to copy what molecules do they use to do this?

Scientists use restriction enzymes to cut out the specific part of DNA they want to copy. These enzymes recognize and cut DNA at specific sequences, allowing researchers to isolate the desired section for replication.


Which enzyme do scientist use to cut out strands of DNA?

They are called restriction enzymes and there are all sorts depending on the sequence of DNA they are trying to cut


Which enzyme do scientist use to cut genes out of strands of DNA?

restriction endonuclease


When was Cut Copy created?

Cut Copy was created in 2001.


Why does the same enzyme cut DNA at different places?

Because restriction enzymes recognised site normally are more than one.For example, if an enzyme recognise three Base pair such us AAA and the copy segment of DNA has 5 AAA segment than the enzyme will cut the DNA into 5 picies.


A general scheme for genetic engineering is?

obtain DNA with the desired gene, cut the DNA into pieces, copy the pieces of DNA, identify copies of the desired gene, and transfer the desired gene to the recipient organism. for Plato the answer is A. not B. C. or D.