If cells split in half, and do not die, then you have:
1 --> 2 --> 4 --> 8 ...
20 --> 21 --> 22 --> 23 ...
Ok, so let's assume the first generation has 1 cell...
So the 20th generation would have 219 (2(20-1)) cells.
So you would get 524,288 cells in the 20th generation, or 1,048,576 cells in the 21st generation.
I suppose I might actually take the 1,048,576 number as being the 21st generation is AFTER 20 generations.
Two, because the cell splits itself in half.
The DNA inside the cell is the part that mutates and turns a cell into cancer.
Root cells are plant cells, but they do not contain chloroplasts like leaf cells.
The ability of a specific immune cell to proliferate and form many generations of nearly identical cells is called clonal expansion. During clonal expansion, activated immune cells undergo multiple rounds of cell division, resulting in the production of numerous identical daughter cells that can mount a coordinated immune response against the targeted pathogen or antigen.
cell wall
Yes, transformed cells have the ability to pass their newly-acquired traits onto succeeding generations. This is because the transformation process often involves integrating foreign genetic material into the cell's genome, which can be inherited by daughter cells during cell division. As a result, the traits conferred by the transformed cells can be maintained and passed on to subsequent generations.
animal Cell!
Cells will absorb sugar by means of osmosis.
Two, because the cell splits itself in half.
The DNA inside the cell is the part that mutates and turns a cell into cancer.
Germ cell
Root cells are plant cells, but they do not contain chloroplasts like leaf cells.
mitosis start with one cell and finish with 2 identical cells
Cells that contain a cell wall, such as plant cells, form a cell plate to separate cells before the cell wall forms.a prokaryotic
64 Cells. At 75 minutes per cycle, and an allotted time of 7.5 hours there would be enough time for 6 cycles to complete. Cell replication can be represented as 2^X, where X is the number of cycles. Basically meaning that after the first cycle (assuming you are starting with 1 cell) you would have 2 cells, and those 2 cells will multiply exponentially. So the cycles and cell yield would go as follows: Cycle 1: 2 cells 2: 4 cells 3: 8 cells 4: 16 cells 5: 32 cells 6: 64 cells
everybody is born with cancer cell. No cancer does not start when cells have stoped growing and dividing. it is simply because the cancer cells are getting agrrivated witch makes it start.
The ability of a specific immune cell to proliferate and form many generations of nearly identical cells is called clonal expansion. During clonal expansion, activated immune cells undergo multiple rounds of cell division, resulting in the production of numerous identical daughter cells that can mount a coordinated immune response against the targeted pathogen or antigen.