Which cell type undergoes terminal differentiation?(1 point)
Responses
hair cells
hair cells
epithelial cells
epithelial cells
heart cells
heart cells
stem cells
None of the above
you have to pick one
If I have to pick one, then it would be heart cells.
The cell type that undergoes terminal differentiation is epithelial cells.
To arrive at this answer, we need to understand the concept of terminal differentiation. Terminal differentiation refers to the process in which cells reach their final differentiated state and can no longer divide or change their identity. This process typically occurs in specialized cell types that have specific functions and characteristics.
Out of the options provided, hair cells, heart cells, and stem cells are all capable of differentiation, but they do not undergo terminal differentiation. Hair cells can continue to regenerate throughout a person's lifetime, heart cells are capable of limited regeneration but do not undergo terminal differentiation, and stem cells have the potential to differentiate into a variety of cell types but are not specialized themselves.
On the other hand, epithelial cells, which are found in various body tissues and organs, do undergo terminal differentiation. They differentiate into specialized cell types like skin cells, lung cells, and glandular cells. Once differentiated, they carry out specific functions and do not divide further.
Therefore, the correct answer is epithelial cells.