No. That is not possible.
Genetic engineering
Genetic Engineering
Recombinant DNA technology can be used to genetically modify something.
DNA fingerprinting is a way to analyze DNA in humans. DNA varies widely from person to person because each person is different.
The answer is NO. You can modify a particular part of the DNA by mutation but an entirely different DNA cannot be incorporated into another DNA simply because DNA is present in each nucleated cell of the body and as there are millions and millions of such cells, its not possible to do it. :)
A DNA fingerprint refers to the fact that a person's DNA code is as unique to that person as his/her fingerprint. A person can be implicated for a crime or ruled out as the criminal based on his/her DNA code.
The radiation can modify the molecules and atoms in DNA strands. Changing DNA changes the way the cell(s) reproduce and can result in a mutation that is inherited, a mutation that is cancerous, or the par of the DNA is inactive and will not result in a noticeable change.
To genetically modify a plant, scientists insert foreign DNA into plant cells. This is not a perfectly efficient process and results in some cells not taking up the foreign DNA. Generally, foreign DNA is attached to an extra piece of DNA called the marker DNA which is used to select only those cells that have accepted the foreign DNA. Once these cells are selected, they are vegetatively propagated in plant tissue culture media till they reach a certain stage. After which they are transferred to soil.
genetic engineering from mc
Gel electrophoresis is the process that is used in DNA creates and pattern unique to an individual person. Each person has their own DNA patterns.
Restriction fragments are the region of DNA that varies from person to person. This is the key for DNA testing as many parts of the DNA string are the same for all mankind.
yes to a certain extent Human DNA can be damaged through a variety of reasons. At one time there was a story that LSD would alter your DNA. I don't believe we have the technology to actually modify DNA for any beneficial reason.