kikoines pikionies sesonieses
The two main phases of cell cycles are the interphase and the mitotic phase.
It takes place in the matrix of the mitochodrion.
They are the same only in the way that take over the cell hosts. The lytic cycle will cause the cell to rapidly rupture and die at the end of their life cycle. The lysogenic virus will hide in the cell's nucleus for many cycles until it too will cause the death of the cell.
As telomeres get shorter a cell loses the ability to divide
For different functions. For example, intestinal cells have short cell cycles because they constantly have to multiply to replace dead or destroyed intestinal cells. Neurons have long cell cycles, because they don't have to multiply and have to last the life of the person.
g1
kikoines pikionies sesonieses
The two main phases of cell cycles are the interphase and the mitotic phase.
There is two cycles to the process of meiosis. The cycles are involving a gamete mother cell and dividing them into fourths.
No, a skin cell typically undergoes a shorter G1 stage compared to other cell types because it has a quicker turnover rate. Skin cells are constantly dividing and being replaced, so they spend less time in the G1 phase of the cell cycle.
prophase metaphase anaphase telophase and cytokenisis
It takes place in the matrix of the mitochodrion.
Multi cell types
the cell cycles consists of 2 stages : mitosis and cytokinesis.
They are the same only in the way that take over the cell hosts. The lytic cycle will cause the cell to rapidly rupture and die at the end of their life cycle. The lysogenic virus will hide in the cell's nucleus for many cycles until it too will cause the death of the cell.
There two types of cell procaryotic and eucaryotic.