OMNISENSE 7000S
with parts & labor warranty
plus free add-ons
Own a Omnisense 7000S and get additional
add-ons
free market kit (see email)
free applications training
free second probe
YOUR EDGE IN THE FIGHT AGAINST OSTEOPOROSIS
OMNIPATH™
TECHNOLOGY
INNOVATIVE
FINALLY, BONE STRENGTH ASSESSMENT YOU CAN
RELY ON
Sunlight's innovative and patented axial transmission
technology, Omnipath™, uniquely measures Speed of Sound waves propagating
along the bone's maximal strength axis.
OMINIPATH'S AXIAL TRANSMISSION
TECHNOLOGY
Accurate
Precise
Elimates soft tissue effects
Comprehensive bone strength assessment
THERE IS MORE TO BONE THAT DENSITY
Omnipath's unique Speed of Sound
measurements reflect multiple bone properties for a comprehensive assessment:
Bone Mineral Density
Elasticity
Cortical thickness
Micro-architecture
MULTI-SITE
MEASUREABLE
Multi-Site Advantage
Omnisense's unique probe technology is the only one of its kind. By enabling multi-site measurements, the Omnisense probe system provides you with greater diagnostic ability and enhanced measurement flexibility.
Getting The Whole Picture
Due to the systemic nature of Osteoporosis, having a multiple site option provides an overall picture of the skeleton and offers many advantages to the physician:
Combining measurement results of different skeletal sites can optimize fracture risk assessment.
Using multiple measurement sites enables the physician to overcome the dilemma of how to diagnose patients who:
have a clinical indication of osteoporosis but whose measurement results do not support this.
are not clearly defined and require a more conclusive diagnosis.
Monitoring Response To Treatment
Different bones respond to treatment at varying rates and
degrees. Using multi-site measurements, the physician can identify and monitor
small bone changes in a relatively short period of time, allowing more
effective monitoring and treatment decisions.
CLINICAL
RESULTS
PROVEN
An impressive body of
clinical evidence supports the efficacy of Omnisense. The collected data
demonstrate excellent precision, fracture discrimination and prediction ability
as well as high sensitivity to bone changes caused by treatment or metabolic
diseases.
ACCURACY
Comparison studies between Omnisense and DXA of fractured and non-fractured
subjects demonstrate Omnisense's enhanced capability to correctly classify
osteoporotic patients (high sensitivity).3-7
HIP FRACTURE
PREDICTION
A number of clinical studies substantiate that Omnisense measurements at the
distal 1/3 radius and phalanx reliably predict hip fractures.3-7
MONITORING BONE
CHANGES
Omnisense monitors bone changes due to bone related disorders and in response to
treatment.
COMPARISON
OF SOS VALUES FOR TREATED VS. NON -TREATED PATIENTS9
As expected,
the SOS values were higher for those patients being treated with Hormone
Replacement Therapy. This demonstrates Omnisense sensitivity to bone changes in
response to treatment.
The SOS measured by
Omnisense has a precision error low enough in comparison with the expected
annual change in a patient's measurement to make it suitable for monitoring bone
changes which occur in the early years following menopause."8
WHO COMPLIANT
Omnisense results are compatible with World Health Organization criteria for
osteoporosis diagnosis. Results are automatically compared to a selectable
built-in reference database and are expressed as T-Scores and Z-Scores.
RESULTS YOU CAN TRUST
- Accurate
- High Precision (0.4%
CV)
- Monitors bone changes
- Fracture prediction
- Compatible with WHO
criteria
THE
PHYSICIAN'S
SOLUTION
SCREENING--DIAGNOSING--MONITORING
Osteoporosis has reached epidemic proportions; as a physician you see at
risk patients on a daily basis. The availability of effective treatment
continually drives the demand for more accurate osteoporosis diagnosis.
Omnisense 7000S answers
the growing need for a cost-effective, comprehensive bone strength assessment
solution without compromising accuracy or precision. The only ultrasonic
multi-site bone assessment device available today, Omnisense 7000S represents a
significant development in the fight against osteoporosis.
DESIGNED FOR YOUR
CLINIC
Compact and powerful, Omnisense 7000S provides lifelong bone strength
evaluation and follow-up.
Its ease of use and
comfortable, patient-friendly nature ensure that Omnisense 7000S is the up and
coming bone strength assessment alternative.

TOTAL SOLUTION
- Affordable
- Easy to use
- Radiation-free
- Fast - one minute
testing
- Compact and convenient
- Built-in patient data
management and scheduling
- Male and female
reference database
The Omnisense Measurement
Report printout highlights all relevant information in an easy-to-understand
format.
- Easy-to-read colored
graph
- Patient measurement
history
- Patient information
- T and Z Score results
- Space for comments and
recommendations
REFERENCES
1. Hans, D. et al., "Does Combining the
Results from Multiple Bone Sites Measured by a New Quantitative Ultrasound
Device Improve Discrimination of Hip Fracture?" (abstract) Journal of Bone
and Mineral Research, 1999, vol. 14, No. 4.
2. Barkman et al., "A New Method for
Quantitative Measurements at Multiple Skeletal Sites First Results of
Precision and Fracture Discrimination." J. Clinical Densitometry vol 3 no.
1, 1-7, spring 2000.
3. Knapp et al. "Multipe Site
Ultrasound Measurements Predict Vertebral Fractures in Postmenopausal
Women" (abstract), presented at the ASBMR 21st Annual Meeting in St. Louis,
MI, USA, September 1999.
4. Knapp et al. "Ultrasound
Measurements at the Radius Predict Wrist Fractures in Postmenopausal Women"
(abstract), presented at the Annual Meeting of the Bone and Tooth Society in
Bristol, UK, June 1999.
5. Knapp, K et al. "Preliminary Results
Of The Sunlight Omnisense Bon Sonometer: In-Vivo And In-Vitro Precision
And Correlation With Dxa." (abstract), presented at the ASBMR-IBMS 2nd
Joint Meeting, California, USA, December, 1998.
6. Weiss M, Ben Shlomo A, Hagag P, Ish-Shalom
S. "Discrimination of Proximal Hip Fracture Measurement At The
Radius." Osteoporosis Int, 2000, 11:411-416.
7. Bouxsein, ML et al., "Prediction of
Femoral Failure Load from Femoral BMD and Ultrasonic Velocity at the Femur,
Radius and Phalanx" (abstract), presented at the ASBMR 21st Annual Meeting
in St. Louis, MI, USA, September 1999.
8. United States. Dept. of Health and
Human Services. P990035. Washington: Food and Drug Administration,
2000.
9. Weiss et al. "Effect of Estrogen
Replacement Therapy on Speed of Sound at Multiple Skeletal Sites."
Maturitas, 35 (2000) 237-243.
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