The organism becomes genetically modified. There are tomatoes with FISH DNA in them to help prevent certain diseases in the tomatoes.
It is possible but the organism may not survive due to the changes in the build of the DNA.
You get a mutant
That depends on what the other organism is. When DNA is inserted into a prokaryote (E. Coli for example), we call it transformation. When DNA is inserted into a eukaryoate (yeast or human cells for example), we call it transfection.
Isolate the donor organism's DNA. Insert the DNA into a vector, such as a plasmid. Introduce the vector into a host organism, such as bacteria. Allow the host organism to replicate the inserted DNA. Identify and separate the host organisms containing the cloned DNA. Further culture and characterize the cloned organism.
DNA recombination.
No.
A cell or organism that contains foreign DNA inserted into its own genetic material is called a genetically modified organism (GMO). This process is typically done through genetic engineering techniques to introduce specific traits or characteristics into the organism.
recombinant DNA
a transgenic organism is an organism that has had its genetic code (DNA) altered by the inclusion of one or more genes from another species of organism A transgenic organism is an organism which has been modified with genetic material from another species. The genetic modification is accomplished by inserting DNA into an embryo with the assistance of a virus, a plasmid, or a gene gun. The embryo is allowed to develop, and the mature organism will express the DNA which has been inserted into its genome. Transgenic organisms can also pass the modification on to future generations by breeding with other members of the same species. Genetically altered organisms are used in biological and medical research, production of pharmaceutical drugs, experimental medicine (e.g. gene therapy), and agriculture (e.g. golden rice).
The process of cutting DNA from one organism and inserting it into another is typically achieved through genetic engineering techniques, primarily using restriction enzymes and ligases. First, specific sequences of DNA are cut from the source organism using restriction enzymes, which create "sticky ends" or blunt ends. The desired DNA fragment is then inserted into a vector (like a plasmid) and introduced into the target organism's cells, often using transformation, transfection, or electroporation. Finally, the new DNA can integrate into the target organism's genome, allowing for the expression of the introduced genes.
Yes.
Cloning.