This term describes how stem cells are "unspecialized."

Stem-Cell niches prevent stem cells from doing this.

Dolly the sheep was the first mammal to be cloned using this type of cell.

Stem cells have this kind of property that makes it useful in growing tissues and organs.

These biological structures contain identical genetic information prior to crossing over.

This process allows stem cells to create new cells either identical to themselves or more specialized.

When connected to a niche cell, stem cells undergo mitosis in this fashion.

It took this many tries to successfully create Dolly the sheep.

This organ was successfully grown using donor cells in 2016.

Every somatic cell has an identical set of this molecule,

This type of stem cell has the potential to differentiate into any type of cell.

This area is where stem cells receive signals from the niche tissue.

The "resting" phase of a cell is referred to using this term.

Leukemia is cancer of this part of the body.

In metaphase II, this ratio of DNA is present in reference to the amount of DNA present in the parent cell in G2.

These are the types of cells blood stem cells can differentiate into.

Stem cells receive differentiation signals through these methods (hint: not complex).

The embryo of Dolly was created using these two types of cells.

This type of stem cell is donated to treat Leukemia.

A relay protein in this pathway would lead to too much cell division.

A stem cell can differentiate into this kind of cell as part of the body's self-repair process when a person suffers from a stroke.

Self-renewal factors come from this complex.

This is the process in which a nucleus is removed from a cell?

The use of stem cells to treat these injuries/sicknesses is being researched (list 2).

If half of the gametes formed during meiosis are haploid and half have an abnormal number of chromosomes, then non-disjunction would have occurred in this phase of meiosis.