chromosome or chromotin, that contains genes. the chromosome takes shape of the chromotin. these are also known as "instructions."
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chromosome or chromotin, that contains genes. the chromosome takes shape of the chromotin. these are also known as "instructions."
DNA is transcribed to mRNA (messenger RNA) and then translated into proteins by tRNA (translational RNA). The resultant different types of proteins made communicate the various instructions on the cellular level.
The nucleus contains the genetic material (DNA) that contains instructions for making proteins. The information in the DNA is transcribed into mRNA, which is then translated into proteins by ribosomes in the cytoplasm.
Genes carry instructions for assembling proteins, which are essential for various biological processes in cells. These instructions are encoded in the DNA sequence of the gene and are transcribed and translated into proteins.
DNA stores instructions for making proteins.
Organelles receive instructions from the cell's nucleus, where DNA is stored and transcribed into messages (messenger RNA) that provide the information needed for the organelles to carry out their specific functions. The encoded information in DNA is transcribed into RNA molecules, which are then used by the organelles to produce proteins and execute various cellular processes.
DNA translation is very important because as a separate entity DNA has no function. The reason DNA is so important is because it is translated into proteins which the body can use to build larger structures. DNA is simply a template for these proteins. They are the instructions of the body but in order for the instructions to be important you have to have the means of executing the instructions and building the final product, a protein.
DNA contains the instructions to make proteins.
They are on DNA. DNA is in nucleus
DNA carries the genetic code - the instructions for protein production. These instructions are copied (transcribed) onto mRNA, which then travel to the ribosomes. The codon on the mRNA is read and the corresponding sequence of amino acids is joined to create a protein.
Instructions coded by DNA sequences are translated into proteins which express an organism's physical traits