It's not different. It is the same because individuals are made of cells that have their DNA.
they are both found in many types of cells
cells are made of different organelles.
That is because there are different parts of DNA that become active depending on the functions and positions of different cells. For example, in a liver cell, the part of DNA that codes for the production of Insulin is not active, therefore, a hepatic cell can not produce Insulin. However, in some pancreatic cells that part of DNA is active and therefore these cells are able to produce Insulin. DNA is not fully activated in any cell.
False. Prokaryotic and eukaryotic cells both contain DNA, but eukaryotic cells store their DNA in a nucleus, whereas prokaryotic cells have their DNA everywhere throughout the cell.
DNA is located in the nucleus of most cells of all living organisms. I said most cells because there is no nucleus in red blood cells and no DNA, but all living organisms have a DNA (or RNA) molecule. There are many different types of cells in skeletal bones. Some may have DNA and some may not.
I would say that the location of the DNA in your cells are at the nucleus of the cell.
They use different DNA codes
DNA is contained in the nucleus and everyone's genetic code is different..
pther than DNA they cannot peform the same task as other cells from different organs
Yes all human have different DNA's
Nope
Yes, but it is different from the DNA in the cells nucleus.
they are both found in many types of cells
That is because there are different parts of DNA that become active depending on the functions and positions of different cells. For example, in a liver cell, the part of DNA that codes for the production of Insulin is not active, therefore, a hepatic cell can not produce Insulin. However, in some pancreatic cells that part of DNA is active and therefore these cells are able to produce Insulin. DNA is not fully activated in any cell.
DNA
cells are made of different organelles.
Look in a book and stop asking on the internet for answers