GeneWorks appointed Distributor for CODA Genomics
Thebarton, Australia, January 8, 2007GeneWorks and
CODA Genomics announced today a distribution agreement to supply
researchers in Australia and New Zealand with CODAs proprietary
Translational Engineering protein expression technology. The
companies will officially launch the relationship as a
presentation at the upcoming Lorne Cancer Conference in
Australia. Dr. Adams will be presenting CODAs unique approaches
at solving protein expression problems.
CODAs proprietary protein translation technologies address
protein expression, solubility and activity challenges in
rational design steps at all stages of research and
pharmaceutical development. This important, revolutionary
utilization of synthetic biology has the potential to change the
competitive landscape of many businesses which rely on
successful protein production.
We are excited about our new relationship with CODA Genomics
said Peter Guilhaus, GeneWorks Managing Director. Our
representation of CODAs novel protein expression technologies
continues our reputation as a provider of innovative and
practical solutions to life scientists.
GeneWorks is an excellent partner for CODA in Australia and New
Zealand. Their long-standing reputation will ensure a successful
relationship as we continue to expand our presence overseas,
said Alan Carter, Vice President of Business Development.
About Gene Works
GeneWorks Pty. Ltd. established in 1996 is a major Australian
supplier of leading edge molecular biology research products.
Centrally headquartered in Adelaide, South Australia with sales
offices in all Australian capital cities as well as Auckland NZ,
it services and supplies the Australian and New Zealand markets
with a select range of innovative leading edge equipment,
reagents, consumables and associated services. GeneWorks core
business is the synthesis and supply of custom oligonucleotides
- proudly manufactured in Adelaide.
About CODA Genomics, Inc.
CODA Genomics, Inc. is a protein Translation Engineering
company focused on proprietary, patented optimization of
synthetic genes to express across a variety of eukaryotic and
prokaryotic cell lines. This unique technology enables synthetic
biology success by solving problems related to protein
expression, activity and solubility.