Yes, but not just animal cells, all cells. Chromosomes are complexes of a DNA molecule with many proteins that provide structure and influence gene regulation. All cells have chromosomes.
Genes and chromosome numbers vary from animal to animal
The chromosomes have to split and go to opposite sides of the cell.
Animal cells have structures called centrioles that help in chromosome movement during cell division. These centrioles form the spindle fibers that attach to the chromosomes and help to segregate them into the daughter cells. Additionally, motor proteins like dynein and kinesin also play a role in chromosome movement within the cell.
During anaphase of mitosis, each chromosome is pulled apart into two identical halves called sister chromatids. These sister chromatids, which are exact copies of each other, are separated and moved towards opposite poles of the cell. Once separated, each sister chromatid is considered an independent chromosome. This ensures that each daughter cell will receive an identical set of chromosomes during cell division.
A bacteria cell differs structurally from plant and animal cells because of its small size. A bacteria cell has flagella outside of the cell to help it move. A bacteria cell does not contain organelles. Only the chromosome and sometimes ribosomes are visible in a bacteria cell.
A chromosome contains genetic material in both plant and animal cells.
Both
Genes and chromosome numbers vary from animal to animal
when cells break apart and when the chromosomes duplicate
23 pairs
the homologous chromosome are pulled apart by spindles to each pole of the cell.
The chromosomes have to split and go to opposite sides of the cell.
beacuse each chromosomes have two rods and they will spilt apart at a part of time
The best answer is "No."Both animal and plant cells can have chromosomes, but chromosomes are not cells, and certainly neither plant nor animal cells.Neither, it's part of genetics, as in the cell make up/genes etc. It is part of the cell not a cell.
The DNA in each chromosome is longer than the diameter of an animal cell. Chromosomes are necessary to package and organize the long strands of DNA within the cell's nucleus. The DNA in a typical animal cell is tightly coiled and packaged to fit within the nucleus, which is much smaller than the length of the DNA in its extended form.
When you pull the two magnets apart, this action represents the separation of the sister chromatids in a duplicated chromosome during cell division. This process ensures that each daughter cell receives one copy of each chromosome.
Animal cells have structures called centrioles that help in chromosome movement during cell division. These centrioles form the spindle fibers that attach to the chromosomes and help to segregate them into the daughter cells. Additionally, motor proteins like dynein and kinesin also play a role in chromosome movement within the cell.