The Only Multi-Site QUS Device
Omnisense is the ONLY QUS device that enables measurement at multiple skeletal sites. This advantage provides the physician with higher sensitivity, improved confidence in fracture discrimination, improved monitoring ability, and better measurement flexibility vs. QUS heel systems.
WHO Criteria Compliant
Omnisenses T-score corresponds well with DXA T-scores at the spine and forearm, crossing the -2.5 threshold at the same age point. This demonstrates the applicability of WHO criteria for diagnosis with Omnisense.
Provides Excellent Precision and Sensitivity
Omnisense has the best precision level in the QUS market, between 0.4% - 0.81%, depending on skeletal site.
Omnisense precision at the radius is 0.4%.
DXA precision: 2-3%.
Other QUS devices sold in the U.S. range from 1.48% to 4.0%.
The Radius Methodology Video will load and autostart!
A lower measurement error (precision level) indicates a better monitoring capability.
The high sensitivity of Omnisense enables it to detect the smaller changes that take place at the radius, a skeletal site that includes mostly cortical bone. Go back to previous page No Effect of Soft Tissue
Omnipath technology measures SOS along the bone, providing an accurate measure of bone, without the surrounding soft tissue. Heel QUS devices measure the soft tissue across the bone, providing measurement results that are less accurate and less precise.
The Forearm Is an Important Measurement Site The radius (forearm) is an excellent skeletal site for bone strength assessment
It is one of the three major osteoporotic fracture sites, generally the first site to fracture at an earlier age.
It differentiates between non-fractured subjects and subjects with any osteoporotic fracture and predicts fracture risk.
The heel, the skeletal site measured by most other QUS devices, is not a major fracture site.
User-Friendly Result Output
Omnisense provides a clearly printed, easy-to-read 8.5 by 11 report with T-and Z-score values. Other QUS devices provide a narrow-slip report. On the Omnisense measurement report, current and past results are depicted on the same colored graph for quick detection of a trend in bone strength. Any existing office printer can be hooked up to Omnisense for printout, or results can be viewed on-screen.
An Integrated Male Reference Database
Only Omnisense has a built-in male reference database as part of the system. All other approved QUS devices in the U.S. use female norms to calculate Z-scores for bone measurement in men.
Self-Contained and Transportable
Omnisense is the only QUS device on the market that incorporates a PC in its basic configuration, providing a detailed, high-level, color graphic user interface. Unlike competing products, it does not require connection to an external computer for on-screen viewing of results. The device fits into a suitcase for easy transport.
Numerous Wide-ranging Clinical Studies
Omnisense has been studied in over 200 abstracts and 20 full papers over six years of use in research and four years of clinical use. This is an unprecedented rate of publications relative to sales duration.
Installed Base and Market Leadership Omnisenses worldwide installed base is nearly 2000 units within only four years of sales!
This positions SUNLIGHT as a market leader in QUS sales with an excellent reputation and high brand recognition.
Go back to previous page The Omnipath Advantage
Omnipath,Sunlight Omnisense's unique, patented axial transmission technology, also known as A-QUS (axial quantitative ultrasound) provides comprehensive and accurate bone strength assessment.
A Breakthrough Technology
Omnisense's innovative technology is based on the measurement of the speed of ultrasonic waves propagating along the bone. Omnipath technology enables measurement along the bone's maximal strength axis, eliminating soft tissue effects and providing an accurate diagnosis. Axially transmitted speed of sound (SOS) indicates overall bone strength by reflecting properties such as mineral density, elasticity, cortical thickness and microstructure.
Speed of Sound
Omnisense generates inaudible high-frequency pulsed acoustic waves. Ultrasonic waves are successively transmitted and received by transducers embedded in the hand-held ultrasound probe. By measuring the propagation time along the different trajectories (Time of Flight), the SOS of the bone is determined.
Bone Strength Assessment You Can Rely On
As ultrasound waves pass through bone, the speed, dispersion, and attenuation of the signals are strongly influenced by density, elasticity and cohesiveness. The higher the density of the bone, the greater its modulus of elasticity, and the more cohesive its microstructure, the faster the speed of propagation. Therefore, the faster the speed of propagation, the stronger the bone.
Omnisense is designed to perform measurements along bones such as the distal 1/3 radius, the phalanx, the tibia, and the metatarsal. Results, when used in conjunction with clinical risk factors, aid the physician in the management, diagnosis, and monitoring of osteoporosis.
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.
For further reading on the advantages of multi-site measurements, please refer to the following abstracts:
Does Combining the Results from Multiple Bone Sites measured by a New Quantitative Ultrasound Device Improve Discrimination of Hip Fracture? D. Hans et. al.
Multiple Site Ultrasound Measurements Predict Vertebral Fractures in Postmenopausal Women K.M. Knapp, et. al.
Discrimination Between Hip Fracture and Age-Matched Controls Using a Commercialized Multi-Site Quantitative Ultrasound Device D. Hans, et. al.
Thyroid Dysfunctional State Detected by QUS Measurement at Multiple Skeletal Sites A. Ben-Shlomo, et. al.