Not exact matches
The project's goals were to explore and describe the range of epigenetic changes that take place in bone marrow as stem
cells develop
into different
types of
mature blood
cell.
The team at the University's Medical Research Council Centre for Regenerative Medicine were surprised to find the molecules can also boost direct conversions from one
type of
mature cell to another — including transforming skin
cells into brain
cells.
The molecules — called SMAD2 and SMAD3 — can enhance the efficiency of converting
mature cells into induced pluripotent stem
cells, which have the distinctive ability to become any
type of
cell found in the body.
Culled from embryos barely 4 or 5 days old, these
cells are versatile shape - shifters that can
mature into any
type of
cell in the body — a trait that's made them crucial to research.
Reproductive
cells, such as an egg and sperm, join to form stem
cells that can
mature into any tissue
type.
Semenza says methylation leads to the destruction of NANOG's mRNA so that no protein is made, which in turn causes the embryonic stem
cells to abandon their stem
cell state and
mature into different
cell types.
All stem
cells are immature
cells known for their ability to multiply indefinitely and give rise to progenitor
cells that
mature into specific
cell types that populate the body's tissues during embryonic development.
Moving forward, he was able to place these taste stem
cells in a culture dish and prompt them to grow
into the different
mature taste
cell types, thus creating a taste bud in a dish — scientifically known as taste organoids.
The researchers traced stem
cells as they
matured into motor neurons, which are the
type of nerve
cells that control muscle movement.
As «immature» somatic
cells, stem
cells can
mature into different
types of
cells, thus making them responsible for the development of all the tissues and organs in the body.
Their stem
cells, which can
mature into any
type of tissue, were isolated and cultured in a dish around dots of gel - like growth medium.
Adult stem
cells have the ability to transform
into many
types of
cells, but tracing the path individual stem
cells follow as they
mature and identifying the molecules that trigger these fateful decisions are difficult in a living animal.
Although unequal division occurs among stem
cells — allowing one daughter
cell to remain a stem
cell while the other
matures into another
cell type, such as a skin or muscle
cell — the goal of a normal symmetric
cell division is to generate identical daughter
cells and increase
cell number.
A promising
type of therapy called differentiation therapy targets these malignant
cells so that they can resume the process of differentiating
into mature cells.
A study published October 18 in Biophysical Journal reveals that the softness of corneal
cells indicates their potential for stem - like activity, including the ability to self - multiply and turn
into different
types of
mature cells.
Loss of heterochromatin regulation has potential consequences for the long - term genetic stability of stem
cells, and the ability of stem
cells to
mature into specialised
cell types.
After implantation, the
cells are expected to
mature into the full complement of islet
cells, including insulin - producing beta
cells, offering a potential functional cure for patients with high - risk
type 1 diabetes.
In medicine, pluripotent is an adjective used to describe a
type of stem
cell that can
mature into any other
type of
cell in the body.
Scientists describe its stem
cells as universal «blank slates,» because each can
mature into any
type of tissue.
Endoderm
cells are a
type of
cell found in the early embryo, and which eventually
mature into the body's major organs — including the pancreas, the home of β -
cells.
They can
mature into many
types — sometimes any
types — of
cells that the body may need.
Stem
cells from fat have the ability to
mature into other
types of specific
cells, including muscle, bone and cartilage, but how many other
types is still unknown.
The stem
cells develop
into one of three
types of
mature blood
cells:
Endoderm
cells are a
type of
cell found in the early embryo, and which eventually
mature into the body's major organs — including the pancreas, the home of ß -
cells.
This means these
cells can
mature into any other
type.
At the heart of Clevers» work were adult stem
cells, a
type of
cell that can replenish itself while also maintaining the ability to change
into the many
types of
mature cells that a particular tissue or organ requires.
Surprisingly, by introducing only a few genes, he could reprogram
mature cells to become pluripotent stem
cells, ie immature
cells that are able to develop
into all
types of
cells in the body.
To build an in vitro model of the human glomerulus to probe deeper
into its function and vulnerabilities to disease and drug toxicities, researchers have been attempting to engineer human stem
cells — that in theory can give rise to any
mature cell type — so that they form
into functional podocytes.
The technique uses
cells from a patient's skin to generate induced pluripotent stem
cells (iPSCs), which are capable of developing
into various
types of
mature tissues — including blood.
By turning on a single gene, researchers can prevent skin stem
cells from
maturing into the three
types of adult skin
cells — epidermal, sebaceous and hair
cells.
The first scenario would preclude the possibility of changing one
type of
mature cell into another because the
cell would no longer contain the genetic wherewithal to perform all possible functions.