By counting the number of daughter cells resulting from mitotic and meiotic division
No, since their nucleus divides through amitosis which resembles with the behavior of Prokaryotic cells, while human beings have entirely eukaryotic cells, which either divide through Mitotic or Meiotic division only. Dinoflagellates are the examples of mesokaryotes. :) ---- Jalaj joshi
Yes, some types of human cells, such as neurons and cardiac muscle cells, are considered post-mitotic, meaning they no longer divide after maturation. These cells have exited the cell cycle and have limited regenerative capacity.
You would be unlikely to see nerve cells dividing, as they are primarily post-mitotic and do not typically undergo cell division in adults.
New cells are formed from the pre existing cells by cell division
Muscle cells in the human body do not typically divide often, as they are considered to be mostly post-mitotic, meaning they have limited ability to divide and regenerate. However, in certain circumstances such as injury or intense physical activity, muscle cells can undergo division to repair and grow.
No, since their nucleus divides through amitosis which resembles with the behavior of Prokaryotic cells, while human beings have entirely eukaryotic cells, which either divide through Mitotic or Meiotic division only. Dinoflagellates are the examples of mesokaryotes. :) ---- Jalaj joshi
Cells which are no longer dividing and remain in the G0 phase are called post-mitotic or quiescent.
Yes, some types of human cells, such as neurons and cardiac muscle cells, are considered post-mitotic, meaning they no longer divide after maturation. These cells have exited the cell cycle and have limited regenerative capacity.
Activation of meiosis-specific genes is associated with depolyploidization of human tumor cells following radiation-induced mitotic catastrophe.
You would be unlikely to see nerve cells dividing, as they are primarily post-mitotic and do not typically undergo cell division in adults.
As HUMANS, stem cells as they develop into our own specialised cells, as all animals start off as a fertilised egg, and it is our genetics that transform our stem cells into the many different specialised cells we need as humans.
New cells are formed from the pre existing cells by cell division
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Muscle cells in the human body do not typically divide often, as they are considered to be mostly post-mitotic, meaning they have limited ability to divide and regenerate. However, in certain circumstances such as injury or intense physical activity, muscle cells can undergo division to repair and grow.
Somatic cells, which make up the majority of cells in the human body, reproduce through mitosis. Mitosis is a type of cell division that results in two daughter cells, each with the same number of chromosomes as the parent cell.
Gametic [haploid] Cells are chromosome number n - which involves 23 individual chromosomes. Somatic [or diploid] Cells are chromosome number 2n - which involves 23 pairs of chromosomes. Mitotic Cells are 4n.
The human eye can distinguish around 10 million different colors.