Portland, Oregon
January 25, 1999Agritope,
Inc. today announced that it has entered into separate agreements with The Salk
Institute for Biological Studies, San Diego, California, and the Institute of Cell and
Molecular Biology of the University of Edinburgh, Scotland, providing for a five-year
research collaboration in the field of functional genomics.
Under the program, called the ACTTAG(TM) Gene Discovery Program, The Salk Institute and
the
University of Edinburgh will generate genetically modified seed that will be screened for
a wide variety of traits such as disease resistance, insect resistance, new morphologies,
abiotic stress tolerance, improved flowering characteristics, herbicide tolerance and
improved nutritional qualities.
The ACTTAG program is based on a novel functional genomic technique used successfully in
the
laboratories of Detlef Weigel, Ph.D., Assistant Professor, in the Plant Biology Laboratory
of The Salk Institute and by Christopher Lamb, Ph.D., who was previously director of the
Plant Biology
Laboratory at The Salk Institute and is now Regius Professor of Plant Science, Institute
of Cell and Molecular Biology, University of Edinburgh. Agritope has developed a program
utilizing this technique that is designed to rapidly discover, sequence and patent novel
plant genes with the potential for the development of a wide range of improved
agricultural crops.
"The ACTTAG Gene Discovery Program is being established to add a critical new
dimension to the Agritope research and development program,'' said Adolph J. Ferro, Ph.D.,
president and chief
executive officer. "The program represents an important strategic move as we expand
our research emphasis to include improvement of a wide variety of agricultural products,
well beyond our historical focus on improved fruits and vegetables. We intend to combine
the talents of Agritope scientists with those of their colleagues at Salk and Edinburgh to
discover useful genes for commercialization by selected strategic partners.''
Ferro noted that the basic program will be carried out at Agritope and, in addition,
discoveries at both institutes arising from the ACTTAG research program will be licensed
to Agritope for
commercialization. To realize the full potential of the technology, Agritope is planning
to collaborate with major industrial partners.
"This program takes advantage of a powerful, proven technique that has excellent
potential to quickly identify useful genes,'' said Dr. Lamb of the University of
Edinburgh. He was recently named to the Regius chair at Edinburgh, having previously
served as director of the Plant Biology Laboratory of The Salk Institute where he was
instrumental in developing an internationally recognized plant research program.
"The ACTTAG program's approach represents an important complement to many existing
gene
discovery programs in that it is designed to rapidly identify novel genes and, at the same
time, discover their function. We have already made several discoveries using this
methodology,'' said Dr. Weigel. "Our scientists and those of Edinburgh will not only
develop lines of plants for screening by Agritope and its strategic partners; they will
also continue to utilize the collection of plants for continued research in their various
specialties.''
Agritope, Inc. is an Oregon-based agricultural biotechnology company that develops
improved plant products and provides technology to the agricultural industry.
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