unipotent stem
unipotent cells
unipotent lineage
unipotent differentiation
unipotent progenitor
unipotent potential
unipotent factors
unipotent characteristics
unipotent origin
unipotent niche
the stem cells are classified as unipotent because they can only differentiate into one type of cell.
unipotent cells play a crucial role in tissue regeneration.
researchers are studying unipotent stem cells for their potential therapeutic applications.
unlike pluripotent cells, unipotent cells have a limited differentiation capacity.
the discovery of unipotent progenitor cells has advanced our understanding of cell differentiation.
unipotent stem cells are essential for maintaining specific tissues in the body.
scientists are exploring the characteristics of unipotent cells in developmental biology.
the ability of unipotent cells to self-renew is limited compared to other stem cells.
unipotent cells are often used in regenerative medicine for targeted therapies.
understanding how unipotent cells function can lead to new medical breakthroughs.
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