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Appeals Court Allows Stem Cell Funding 09/09 13:26
WASHINGTON (AP) -- A federal appeals court on Thursday permitted federal
funding of stem cell research to proceed for now, while it considers a judge's
ruling that had temporarily shut off the funds.
The government is asking the appeals court in Washington to strike down a
preliminary order by U.S. District Judge Royce Lamberth blocking federal
funding for some stem cell research.
The three-member appeals panel says it is suspending Lamberth's ruling for
now. The appeals judges say they want more time to deal with issues in the
government's appeal.
Lamberth rejected the administration's request to let funding continue while
it pursues an appeal of his order.
The appeals court said the purpose of its administrative stay was to give
the judges sufficient opportunity to consider the merits of the Justice
Department's emergency motion which seeks to suspend Lamberth's ruling.
Thursday's move "should not be construed in any way as a ruling on the
merits" of the Justice Department's motion, the appeals judges said in their
three-paragraph order.
Twenty-two stem cell projects around the country were scheduled to receive
new checks in September, and thus were presumed to be planning to stop work
when their money ran out.
Lisa Hughes, president of the Coalition for the Advancement of Medical
Research, said her organization is very pleased that the appeals court has
taken the step.
"It is crucial that federal funding for human embryonic stem cell research
be restored permanently and this stay is a step in that direction," Hughes said
in a statement. "While this issue continues to be argued in the courts, we call
on Congress to move swiftly to resolve this issue and secure the future of this
important biomedical research."
The appeals judges in the case are Karen LeCraft Henderson, Janice Rogers
Brown, and Thomas B. Griffith. Henderson was appointed by George H.W. Bush and
Brown and Griffith were appointed by George W. Bush.
Medical researchers value stem cells because they are master cells that can
turn into any tissue of the body. Research eventually could lead to cures for
spinal cord injuries, Parkinson's disease and other ailments.
(CZ)
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