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Hypertension Diagnostics Technology Included in Key Clinical
Presentations at the World Cardiology Congress
ST. PAUL, MN – May 29, 2002 –
Hypertension Diagnostics, Inc. (Nasdaq SmallCap: HDII), announced today
that the Company’s proprietary CardioVascular Profiling System was
featured in three abstracts at the 14th Annual World Congress of
Cardiology, May 5-9, in Sydney, Australia. The World Congress of
Cardiology meeting is held every four years and is the principal
scientific meeting of the World Heart Federation, comprised of all of the
world’s Cardiac Societies and Heart Foundations.
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In addition to focusing on developments at the cutting-edge of diagnosis
and management of cardiovascular disease, this congress featured sessions
on more global themes of the total world burden of cardiovascular disease
and the likely rise of this burden in the new millennium. The HDI/PulseWave™
CR-2000 Research System was used in clinical studies featured in three
poster sessions and is the only commercially available research product
that can provide both large and small artery elasticity indices by means
of a simple, painless and non-invasive procedure.
Dr. Alicia J. Jenkins and her colleagues from the University of Melbourne,
Australia, presented three sets of data utilizing the HDI/PulseWave™
CR-2000 Research System:
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The first abstract entitled “Reduced Small and Large Artery Elasticity in
Pre-Dialysis IgA Nephropathy Subjects without Clinical Vascular Disease,”
describes HDI’s technology as a well-tolerated non-invasive tool that has
positive predictive power for vascular disease in the general population.
Their data shows that in pre-dialysis IgA Nephropathy, small and large
artery elasticity are reduced and inflammation markers increased,
indicating that these novel vascular risk factors are associated with
reduced arterial elasticity in IgA Nephropathy.
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The second abstract entitled “The Correlation Between Measured Arterial
Elasticity and Endothelial Function,” mentions that HDI’s method of
measuring arterial elasticity can be performed reproducibly using the
Company’s patented radial artery PulseWave™ sensor and pulse wave analysis
methodology. The data demonstrates that small artery elasticity correlated
with flow mediated dilation and large artery elasticity correlated with
pulse wave velocity. Pulse wave velocity is only capable of producing data
on large artery elasticity whereas HDI’s pulse wave analysis methodology
provides information on both large and small artery elasticity. The data
also shows that abnormalities in arterial elasticity indicate vascular
dysfunction and that measures of these parameters may be able to be used
in assessing patients for the presence of vascular dysfunction enabling
early diagnosis and targeted therapy.
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The third abstract entitled, “Abnormal Vascular Health and Vascular
Disease Risk Factors in Rheumatoid Arthritis,” demonstrates that small and
large artery elasticity, as measured with the HDI/PulseWave™ CR-2000
Research System, is reduced and systemic vascular resistance is increased
in patients with rheumatoid arthritis. Dr. Jenkins and her colleagues
conclude that HDI’s pulse wave analysis methodology may be a clinically
useful test to detect and monitor vascular disease in rheumatoid
arthritis. “The publication of data using the
HDI/PulseWave™ CR-2000 Research System is yet another indication of the
value world-class scientists, like Dr. Jenkins, place on the ability to
measure both large and small artery elasticity for obtaining information
on vascular disease,” said Greg H. Guettler, President of the Company.
“Prior to the availability of HDI’s technology, information on small
artery elasticity was unavailable. We are very pleased with the value of
our technology in the identification and treatment of diabetes and other
high vascular disease risk conditions such as renal disease and rheumatoid
arthritis,” added Guettler.
Forward-looking statements in this press release are made under the safe
harbor provisions of the Private Securities Litigation Reform Act of 1995.
The Company wishes to caution readers not to place undue reliance on any
forward-looking statements and to recognize that the statements are not a
prediction of actual future results. Actual results could differ
materially from those presented and anticipated in the forward-looking
statements due to the risks and uncertainties set forth in the Company’s
2001 Annual Report on Form 10-KSB under the caption “Risk Factors,” as
well as others not now anticipated.
CVProfilor is a registered trademark of Hypertension Diagnostics, Inc.
Hypertension Diagnostics, HDI/PulseWave, PulseWave and CVProfile are trademarks of
Hypertension Diagnostics, Inc. All rights reserved.
Investor Relations: Jens Dalsgaard and Tony Altavilla,
Managing Directors
Redwood Consultants, LLC
Mill Valley, CA 94941
415-380-0500
Contact: Greg H. Guettler, President
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