primordial cell

The process by which primordial cells wake up is known as initial recruitment.

These primordial cells, isolated from embryos, can turn into any of the body's different cell types.

At the same time, the four blocks of primordial cells that make up each electric organ rapidly coalesce together.

Embryonic stem cells are primordial cells that have the potential to grow into any cell or tissue in the body.

Every cell on earth is part of a line of ancestry that traces from the very first primordial cell.

Cells of the primordium are called primordial cells.

Each of the body's 210 types of tissue is derived from a few all-purpose, primordial cells created in the early embryo.

Unlike bilaterians, radiata only have two primordial cell layers, endoderm and ectoderm.

The primordial cells can give rise to all kinds of human tissue, making them potentially priceless as a tool to repair aging and ailing bodies.

Stem cells, the primordial cells from which all others emerge, have the ability to divide indefinitely and offer breakthroughs in treating serious disease.

A31 Cultivating the Root of Life Scientists have picked out and cultivated the primordial cells from which an entire human is created.

Such primordial cells can reproduce themselves and could, in theory, be manipulated to create almost any cells in the human body - though not a whole organism.

The research would be limited to the derivation of embryonic stem cells, the primordial cells from which all the tissues and organs of the body develop.

One was the isolation of so-called stem cells, the primordial cells from which all others evolve, that can potentially be made into neural cells for transplantation.

Stem cells are primordial cells that can grow into any type of tissue in the body, and scientists say they hold great promise for treating and curing disease.

Medical research raced ahead of public policy, with two reports that scientists are creating human embryos to extract stem cells, the primordial cells that may yield treatments and cures.

They cannot become a fetus, as their blastocyst no longer exists, yet they are very similar, if not identical, to the 20 or so primordial cells from which the embryo develops.

Earlier this month two groups of university scientists isolated embryonic stem cells from embryos and from aborted fetuses, the first time that these primordial cells had cultured in the laboratory.

It also has the patent rights to a similar type of primordial cell isolated by Dr. John Gearhart of Johns Hopkins University, also with Geron financing.

The two studies intertwine science with politics because they bear on whether embryonic stem cells, the primordial cells from which all body tissues develop, are necessary for realizing the dreams of cell therapy.

The cells are obtained from embryos created at in-vitro fertilization clinics and so far do not seem definably different from the handful of primordial cells from which an entire individual is created.

Once the leaf primordial cells are established from the SAM cells, the new axes for leaf growth are defined, one important (and more studied) among them being the abaxial-adaxial (lower-upper surface) axes.

A18 Research Rules for Human Cells A panel of biologists and lawyers drafted guidelines for federally financed scientists to study human embryonic stem cells, the primordial cells from which the body develops.

Dr. Bhatnagar's findings, detailed in the latest issue of Cells and Materials, a peer-reviewed journal, provides one of the first alternatives to researchers' widespread reliance on stem cells, the primordial cells from which all others emerge.