Question
An epithelial cell replicates 16 times before entering a state of quiescence . These replicate daughter cells are
Answers
GPT-4o mini
Replicate daughter cells that arise from an epithelial cell undergoing 16 rounds of replication are typically referred to as "clonal" daughter cells. Each daughter cell produced is genetically identical to the original epithelial cell, barring any mutations that may occur during DNA replication.
After these 16 divisions, the cells can enter a state of quiescence, which means they stop dividing and enter a non-proliferative state while still remaining metabolically active. This quiescent state allows cells to respond to signals for proliferation or differentiation when needed, such as during tissue repair or regeneration.
In summary, the replicate daughter cells are clonal and genetically identical, and they can enter a quiescent state after multiple rounds of division.
After these 16 divisions, the cells can enter a state of quiescence, which means they stop dividing and enter a non-proliferative state while still remaining metabolically active. This quiescent state allows cells to respond to signals for proliferation or differentiation when needed, such as during tissue repair or regeneration.
In summary, the replicate daughter cells are clonal and genetically identical, and they can enter a quiescent state after multiple rounds of division.