Stem cells are undifferentiated cells that have the ability to continue to grow and divide in their nonspecialized state for long periods of time (e. G., months or years). Although the genes found within stem cells are the same, stem cells differentiate into unique cell types (e. G., muscle cells, nerve cells, etc.) due to

Gene expression pattern

Explanation:

Stem cells differ from different types of cells in the body. All undifferentiated organisms—paying little heed to their source—have three general properties: they are equipped for isolating and reestablishing themselves for extensive stretches; they are unspecialized; and they can offer ascent to particular cell types.  Stem cells are equipped for separating and restoring themselves for significant stretches. Dissimilar to muscle cells, platelets, or nerve cells—which don't typically imitate themselves—foundational microorganisms may duplicate commonly, or multiply. A beginning populace of foundational microorganisms that multiplies for a long time in the research center can yield a large number of cells. A gene's appearance example can be characterized as a progression of differential aggregations of its items in subsets of cells as improvement advances. Examples of mRNA articulation are contemplated by two head techniques - microarray examination and in situ hybridization.