Want this question answered?
A plasmid is relatively small in length and can be manipulated to have different genes on it.
It could be cut for many reasons. When undergoing meiosis, DNA is cut to create novel gene arrangements on chromosomes. DNA can also be damaged by mutagens like UV light, and will be cut by certain enzymes to help in the repair on the DNA. In the lab, biologist cut DNA to insert genes, knock out genes, or to ensure that the gene is there. These are just a few reasons, but it is useful to cut DNA both in the lab and in the organism.
the importance of DNA transcrition is it will help DNA transfer where it needs.
When genes transfer the tra gene nicks the DNA at its origin of transfer creating a pilus so the chromosome (which contains the gene) can transfer to the other DNA.
no
A plasmid is relatively small in length and can be manipulated to have different genes on it.
used for somatic hybridization. Also useful in direct DNA transfer.
A plasmid is relatively small in length and can be manipulated to have different genes on it.
Nuclear transfer
Nuclear transfer
It could be cut for many reasons. When undergoing meiosis, DNA is cut to create novel gene arrangements on chromosomes. DNA can also be damaged by mutagens like UV light, and will be cut by certain enzymes to help in the repair on the DNA. In the lab, biologist cut DNA to insert genes, knock out genes, or to ensure that the gene is there. These are just a few reasons, but it is useful to cut DNA both in the lab and in the organism.
the importance of DNA transcrition is it will help DNA transfer where it needs.
DNA technology will transfer bacteria genes from cell to cell.
Genetics engineering is needed to transfer genes through DNA molecules.
Transformation
DNA
When genes transfer the tra gene nicks the DNA at its origin of transfer creating a pilus so the chromosome (which contains the gene) can transfer to the other DNA.