During the process of differentiation the cells effectively "reprogrammed" themselves by selectively inhibiting some genes while enabling other genes. Only the enabled genes are able to be expressed. The most common method of disabling a gene is by methylating its promoter section and/or parts of the gene itself, preventing the enzymes responsible for transcribing the gene to mRNA from binding.
All your cells do carry the same DNA (except gametes) but they have different purposes so they have to be different.
The function of the coded instructions contained in the body cells of an organism is to direct the synthesis of proteins necessary for proper cell function.
The code that contains all the information that an organism needs to grow and function is DNA.
because they all of different type of functions
It is the function
A vestigial is an organ that serves no useful function in an organism.
The function of the coded instructions contained in the body cells of an organism is to direct the synthesis of proteins necessary for proper cell function.
The code that contains all the information that an organism needs to grow and function is DNA.
yes, as it is made of tissues doing different things, and it has a function.
Different proteins have different functions. For example, your hair is made of proteins.
ecosystems
Physiology is the study of an organism's function.
because they all of different type of functions
Disease affects the structure or function of an organism.
A function.
Something that affects the structure or function of an organism is referred to as a ________
No. The genome is the entire DNA list on how an organism is to be made; it is a recipe and a set of instructions on how to make 'things' or components in the organism for it to live and survive. By following these instructions, the body can put together bits to make proteins. These bits are amino acids. Proteins once made, have a 'destiny' and go to their destined location to carry out their fated function. Cells are made of a bunch of different proteins. At the center of each cell is a control center known as the nucleus which contains these instructions for survival. So yes, it needs the same DNA in all cells. HOWEVER, the expression of the DNA is different in different cells with different functions and components. The DNA is set of instructions but it can be selectively picked apart for coding to produce certain types of proteins. And that is why bone cells differ greatly from muscle cells, though they still have the same DNA.
Phenotype