No. Each gamete is genetically different from the other gametes and from the parent cell.
They do not differ much. The proteins in each are slightly different.
Plant cells usually have a fixed shape while animal cells usually have an irregular shape. Plants do not have bones unlike animals and thus have a cellulose cell wall to cause the cell to have a fixed shape. Thus, cell shapes are different for each cell.
different genes are switched on and off in each type of cell
Because every cell subject to attack by antibodies has different antigen components on its surface, displaying different " locks " to the antibodies " keys. " This is why a form of selection is used in generating a wide variation in antibody CDR sites.
Each one has a different function in the cell.
No. Each gamete is genetically different from the other gametes and from the parent cell.
They do not differ much. The proteins in each are slightly different.
Gametes contain different genetic information to each other and to the parent cell.
each cell in the body is different from another cell by specialisation. each cell has its specific function and its growth is stimulated by various glands and it then grows to perform particular functions.
Plant cells usually have a fixed shape while animal cells usually have an irregular shape. Plants do not have bones unlike animals and thus have a cellulose cell wall to cause the cell to have a fixed shape. Thus, cell shapes are different for each cell.
No I think they are both the same as they do the same things in each cell
Different regions of cell can communicate with each other rapidly for the cell to function effectively
Different regions of cell can communicate with each other rapidly for the cell to function effectively
Brain cells and lung cells are different because they each have different functions and carry out different jobs and specialize in different things.
different genes are switched on and off in each type of cell
Because every cell subject to attack by antibodies has different antigen components on its surface, displaying different " locks " to the antibodies " keys. " This is why a form of selection is used in generating a wide variation in antibody CDR sites.