stem cell

American  

noun

Cell Biology.

1. a cell that upon division replaces its own numbers and also gives rise to cells that differentiate further into one or more specialized types, as various B cells and T cells.

---

stem cell British  

noun

1. histology an undifferentiated cell that gives rise to specialized cells, such as blood cells

---

stem cell Scientific  

1. An unspecialized cell found in fetuses, embryos, and some adult body tissues that has the potential to develop into specialized cells or divide into other stem cells. Stem cells from fetuses or embryos can develop into any type of differentiated cells, while those found in mature tissues develop only into specific cells. Stem cells can potentially be used to replace tissue damaged or destroyed by disease or injury, but the use of embryonic stem cells for this purpose is controversial.

2. Also called progenitor cell

---

stem cell Cultural  

1. A cell from which a variety of other cells can develop through the process of cellular differentiation. Stem cells can produce only a certain group of cells (as with skin stem cells) or any cell in the body (as with embryonic stem cells).

---

Discover More

A major controversy involves the question of whether nonembryonic stem cells should be used for medical purposes.

Etymology

Origin of stem cell

First recorded in 1880–85

Example Sentences

When stem cells were exposed to these nanoflowers, they began producing about twice as many mitochondria as usual.

From Science Daily

They then used a gentle pre-transplant preparation involving immune-targeting antibodies and low-dose radiation, followed by a transplant of blood stem cells and islet cells from an unrelated donor, to restore blood sugar control.

From Science Daily

There is a sense of anticipation as a member of the research team opens a large a metal cryopreservation tank where Oliver's gene edited stem cells are frozen, having been transported back from GOSH.

From BBC

In a study published in Cell Stem Cell, scientists tested retinal pigment epithelial stem cells in a phase 1/2a clinical trial.

From Science Daily

These stem cells can develop into many different cell types based on the signals present in their environment.

From Science Daily