In the nucliei of their cells.
In eukaryotes, DNA is located on the chromosomes in the cell nucleus. In prokaryotes, DNA is located on a single chromosome in the cell cytoplasm.
The sequence of four nucleotide 'bases' found in an organism's DNA "provides" an Organism's genetic make-up.
Nucleus houses all the DNA of cell.Trace quantities of DNA is also found in mitochondria and chloroplast.DNA is the information macro molecule of an organism.
A transgentic organism is an organism that contains functional recombinant DNA from a different organism and it contains foreign DNA.
The polymers that code for traits are nucleotides found in DNA.
inside the nucleus
DNA is found in every cell in every organism, even diseased cells.
DNA is located in an organisms cells. It depends, however, on what kind of organism it is. In a prokaryotic cell (single celled organisms), the DNA is more or less free floating in the cytoplasm, inside the cell wall. However, in a Eukaryotic Cell (multi-celled organisms), the DNA is located tightly packed in the nucleus of the cell.
DNA is found (usually) in each cell of an organism in the nucleus or in an area called a nucleoid.
Yes, all of the cells DNA is found in the Nucleus
In eukaryotes, DNA is located on the chromosomes in the cell nucleus. In prokaryotes, DNA is located on a single chromosome in the cell cytoplasm.
The sequence of four nucleotide 'bases' found in an organism's DNA "provides" an Organism's genetic make-up.
Most of the hereditary information that determines the traits of an organism is located in the nuclei cells of an individual body.
Nucleus houses all the DNA of cell.Trace quantities of DNA is also found in mitochondria and chloroplast.DNA is the information macro molecule of an organism.
A transgentic organism is an organism that contains functional recombinant DNA from a different organism and it contains foreign DNA.
The polymers that code for traits are nucleotides found in DNA.
The code that contains all the information that an organism needs to grow and function is DNA.