yes, e.g. using a process called transfection.
It is much like doing it with plant cells. You insert DNA into the egg cell. Then once in the cell the enzymes usually responsible for DNA repair help insert forein DNA into the chromosomes of the cells that have been injected.:)
thank makes no sence.. a eukaryote is a cell with a nucleus. technically a virus isn't even a cell... its just DNA/ rna in a protein coat. it cannot reproduce unless it has a host cell to insert its DNA/rna into.
Viruses can insert their genetic material into a host cell's DNA, causing mutations or alterations in the DNA sequence. This can disrupt normal cellular processes, leading to diseases or potential long-term effects on the host's genetic material.
Phages insert their genetic material, which is typically DNA, into bacteria. This genetic material carries the instructions for the phage to replicate itself within the bacterial cell.
Recombinant DNA
Nothing reproduces inside a virus. It has to latch on the a host cell and insert its' DNA or RNA and then make the host cell reproduce virus particles.
To put comments into a cell, with the cell selected go to the Insert menu and pick Comment. You could also right click on the cell and pick Insert Comment from the shortcut menu that appears.
Some viruses have single stranded DNA molecules. These viruses do not have the machinery to synthesise the DNA on their own. They insert their DNA in a living cell where the DNA synthesis takes place.
DNA is inside the cells Nucleus so how could it have a "cell" membrane? Aha! You didn't know that did you? You. DNA are what fills up the middle of a nucleus inside of a cell. The nucleus is the "brain" of the cell.
It could be called centering.
We believe the function of the restriction enzyme is to protect an organism from foreign DNA as restriction enzymes cleave DNA strands (making them useless). The idea is that bacteria use this to protect against viral infection as viruses attach to the cell and insert their DNA into it in order to "take over" the cell. Restriction enzymes recognize this DNA as foreign and begin to chop it up, saving the cell.
DNA is not a cell.