One of them is how best to deal with embryonic stem cells.

And will they truly act like human embryonic stem cells?

The line need not come from embryonic stem cells, but they are a likely source.

Human embryonic stem cells can turn into any type of cell in the body.

In any case, there is an alternative to embryonic stem cells.

Q. Do you use human embryonic stem cells in your research?

The federal government spent $25 million last year on studies involving human embryonic stem cells.

In development, embryonic stem cells can turn into any tissue.

This cannot be done yet for embryonic stem cells, though there has been progress.

If your answer is yes, then you have to be opposed to the use of human embryonic stem cells.

However, no one has been cured by using embryonic stem cells.

Embryonic stem cells can develop into almost any tissue of the body.

None of the last five countries are yet known to have derived human embryonic stem cells.

However, research into embryonic stem cells has not yet yielded positive results.

It may be possible to walk them backward into being embryonic stem cells.

Embryonic stem cells may also ferry drugs within the body.

These embryonic stem cells were isolated for the first time by two groups of university scientists.

Government policy has slowed research with human embryonic stem cells in many ways, scientists say.

The presence of miR-34 products has also been confirmed in embryonic stem cells.

Many, if not most, scientists support cloning to make embryonic stem cells.

Researchers say that embryonic stem cells hold great hope for medical treatments.

"The religious right is strongly opposed to any use of embryonic stem cells."

Three of the 17 awards went to projects that would use human embryonic stem cells.

Embryonic stem cells hold promise because they have the potential to grow into any cell in the body.

The world's first official trial using human embryonic stem cells in patients has been halted.

The church has no position on embryonic stem cell research.

One of them is how best to deal with embryonic stem cells.

However, he has shown some support for embryonic stem cell research.

And will they truly act like human embryonic stem cells?

The line need not come from embryonic stem cells, but they are a likely source.

We must not, therefore, rule out embryonic stem cell research.

The debate over embryonic stem cell research is among the most difficult in politics and science.

Human embryonic stem cells can turn into any type of cell in the body.

He does not support federal funding of embryonic stem cell research.

In any case, there is an alternative to embryonic stem cells.

Q. Do you use human embryonic stem cells in your research?

The first person received the embryonic stem cell treatment earlier this year (2012).

The federal government spent $25 million last year on studies involving human embryonic stem cells.

In development, embryonic stem cells can turn into any tissue.

This cannot be done yet for embryonic stem cells, though there has been progress.

If your answer is yes, then you have to be opposed to the use of human embryonic stem cells.

The Bush administration has restricted the use of federal money for embryonic stem cell research.

"Some embryonic stem cell lines make particular tissues better than others."

However, no one has been cured by using embryonic stem cells.

It will not pay for the creation of any new human embryonic stem cell lines.

Embryonic stem cells can develop into almost any tissue of the body.

None of the last five countries are yet known to have derived human embryonic stem cells.

All summer, the debate over human embryonic stem cell research dominated the news.

However, research into embryonic stem cells has not yet yielded positive results.

It may be possible to walk them backward into being embryonic stem cells.