The U.S. Patent and Trademark Office's decision is a defeat for the
University of California, Berkeley; the University of Vienna and
Nobel Prize-winning researcher Emmanuelle Charpentier.
Harvard's and MIT's Broad Institute, which obtained the first CRISPR
patent in 2014 and later obtained related patents, said the decision
confirmed its patents were properly issued.
CRISPR lets scientists edit genes by using biological "scissors"
that can edit DNA.
The technology is being tested in clinical trials to potentially
help cure diseases caused by genetic mutations and abnormalities.
Jennifer Doudna of UC Berkeley and Charpentier of the University of
Vienna had been first to seek a CRISPR patent in 2012. Eight years
later they shared the Nobel Prize in Chemistry for their CRISPR
work.
Broad, however, said its 2014 patent was distinct from the earlier
invention because it concerned the use of CRISPR in so-called
eukaryotic cells, such as for genome editing.
The tribunal said there was "no dispute" the California and Vienna
schools first conceived of a CRISPR system, but they failed to
demonstrate that they created a system that works with eukaryotic
cells before Broad's patented invention.
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Monday's decision can be appealed to the U.S.
Court of Appeals for the Federal Circuit, which
handles patent cases. That court ruled for Broad
in a related case in 2018.
In a statement, the University of California
said it was reviewing "various options" to
challenge Monday's decision, and that along with
its partners it owned more than 40 other CRISPR
patents.
Editas Medicine Inc, which licenses CRISPR
technology from the Broad Institute, said in a
statement that the decision reaffirms the
strength of the patents, which it uses to
develop medicines for people with serious
diseases.
(Reporting by Blake Brittain in Washington, D.C.
and Jonathan Stempel in New York; Editing by
Edwina Gibbs)
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