Collaboration Agreement
November 23 2000 - 2:01AM
UK Regulatory
RNS Number:5774U
Osmetech PLC
23 November 2000
OSMETECH PLC SIGNS HEALTHCARE COLLABORATION AGREEMENT
* The world's No.1 healthcare and No.1 industrial e-nose
companies to jointly test sensor technologies in a
clinical setting.
* Potential to accelerate the commercialisation process and
path to revenue.
* Opportunities to access new application areas with the
hand held instrument in the growing point of care medical
diagnostics market.
Osmetech plc ("Osmetech" or "the company"), the world's
leading electronic nose ("e-nose") company for healthcare
applications today announces a technical collaboration
agreement with leading industrial e-nose company, Cyrano
Sciences Inc ("Cyrano") of the USA. Cyrano have recently
launched a hand-held sensing instrument, the Cyranose 320,
targeting certain key industrial markets.
Osmetech's sensor arrays will be incorporated into the
Cyranose 320 product. This combined instrument will be
tested along with the standard Cyranose 320 hand-held device
during jointly funded trials initially for the detection of
bacteria present in urinary tract infections (UTI).
The trials will be carried out at the Channing laboratory,
Brigham and Women's Hospital, Boston, Massachusetts, USA
where the company has previously carried out successful UTI
tests under the supervision of Dr. Andrew Onderdonk,
Professor of Pathology, Harvard Medical School. The new
trials will utilise the protocols adopted previously and are
expected to have been concluded by mid-2001.
It is anticipated that if these trials produce favourable
results, then the two parties plan to negotiate a licencing
agreement to expedite the commercialisation of this product.
A submission to the Food and Drug Administration (FDA) for
approval of the product capable of satisfying the demands of
the UTI point of care ("POC") healthcare market sector will
follow. This submission will be in addition to the
company's FDA application expected within the next 3 months
for its existing laboratory instrument.
Gordon Hall, Chairman of Osmetech said, "We are delighted to
announce this agreement which should provide a low cost, low
risk route to accelerating the commercialisation
opportunities for this exciting new technology.
"We look forward to working with Cyrano and their healthcare
partner, Welch Allyn, on this UTI project and if successful
anticipate that it will lead to similar projects for other
medical applications".
"The global healthcare market is progressing towards point
of care diagnosis and treatment, a methodology to which
rapid e-nose technology is well suited. We believe that
this venture could add significant value to e-nose
technology providing faster and cheaper methods of detecting
infections in both established and developing medical
areas."
Professor Andrew Onderdonk, Brigham and Women's Hospital and
Editor and Chief of the Journal of Clinical Microbiology
said, "Following on from the successful UTI trials performed
on Osmetech's Microbial Analyser laboratory instrument, this
is an exciting opportunity to test a hand held device and
different sensors under similar conditions. This could
provide a valuable insight into optimising sensor
combinations both for this particular test and for medical e-
nose applications generally. I am delighted to continue to
work with this highly innovative sensing technology that has
the potential to bring significant benefits to point of care
medical diagnostics for both the patient and physician."
Enquiries:
Osmetech plc
James White
01270 216444
Bell Pottinger Financial
Rebecca Fox / Matthew Moth
020 7353 9203
Notes to Editors
* Osmetech plc designs, develops and manufactures
electronic gas and odour sensors (electronic noses) for
use in the healthcare sector. Osmetech's multi-sensor
array based gas sensing technology screens patient
samples and tests for the presence of infection-causing
bacteria.
* The Company is currently focusing its IP development on
sensors that can detect bacteria associated with urinary
tract infections (UTIs), bacterial vaginosis (BV) and
pneumonia in ICU patients.
* Osmetech announced at the start of this year that it's
first set of trials for its Urinary Tract Infections
product had been successful. The trials, carried out at
St Thomas', London, and the Brigham & Women's Hospital,
Harvard, USA, enabled the company to obtain "proof of
concept" status for its technology. The agreement today
marks the next stage of commercial development.
* In October 2000, the Board of Osmetech announced that,
following a large proof of concept study at St George's
Hospital Medical School, London, Osmetech's Bacterial
Vaginosis Microbial Analyser matched the diagnostic
performance of the existing "gold standard" diagnostic
test.
* Cyrano Sciences Inc, based in Pasadena, California,
designs and manufactures the Cyranose 320, a hand held
instrument for broad based chemical detection. The
Cyranose 320 is currently in use in a variety of quality
assurance and quality control applications in the
chemical, petrochemical, food, flavours, and fragrance
markets.
* Every year Urinary Tract Infections (UTI) account for
more than 6 million physician visits and 1 million
hospitalisations in the US. Worldwide there are
approximately 500 million urine tests performed every
year, at an average cost per test of $5 ($2.5 billion).
The average US hospital processes 200 urine samples a
day, at an average cost per day of $843 for each
hospital.
* At present the majority of UTI tests are culture-based,
with patients having to wait for 3-5 days to receive
results. The point-of-care technology being tested by
Osmetech and Cyrano will mean that tests can be analysed
at the surgery or hospital and results given to patients
immediately.
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