Cortical Bone Mechanics Technology™
Measure what could not be measured before:
Noninvasive 3-Point Bending test.
Direct, functional measurement of the mechanical properties of cortical bone.
MEASURE THE MECHANICAL PROPERTIES OF CORTICAL BONE IN LIVING PEOPLE
Proprietary Cortical Bone Mechanics Technology™ makes accurate noninvasive, direct, functional measurements of structural mechanical properties (mass, stiffness, and damping) and calculates the quality factor Q, flexural rigidity (EI) and bending strength (Mpeak) of ulnar cortical bone.
CBMT Scientific InstrumentsModel SI-001 now commercially available from AEIOU Scientific
AEIOU Scientific instruments and accessories are not medical devices and are not intended for the diagnosis, cure, mitigation, treatment, or prevention of disease
Results indistinguishable from Quasistatic Mechanical Testing (QMT)
Rapid reproducible results
CBMT devices well suited for research studies because of ease of operation and consistency of results
CBMT Dynamic mechanical analysis ‘sees through’ skin to the bone underneath
Our Cortical Bone Mechanics Technology™
Two product lines for two markets: Scientific Instruments and Medical Devices.
Ohio University IRB Approved
- CBMT scientific instrument for scientific research
- CBMT medical device for non-significant risk medical research
Measures whole bone structure, including protein and mineral
Mechanical Bending Test
CBMT device performs a non-invasive dynamic mechanical bending test of the mid-shaft of the ulna
CBMT employs proprietary improvements to Mechanical Response Tissue Analysis (MRTA)
Mechanical Vibration Analysis
Direct functional measures of the mass, stiffness, and damping of cortical bone in living persons
CBMT scientific instruments and medical devices have been extensively tested on cadaveric human arms and human volunteers
AEIOU's CBMT Scientific Instruments are intended for research use by scientists
Cortical Bone Mechanics™ instrument SI-001 are suited for investigations of the mechanical integrity of cortical bone in the ulnas of living human subjects. Such investigations include:
- Observational studies comparing cortical bone mechanics in demographic groups and monitoring changes in cortical bone mechanics over time;
- Experimental studies investigating local effects of mechanical loading (i.e., exercise) and systemic effects of nutrition, nutriceutical and pharmaceutical agents.
- Basic research in bone biology relating to osteoporosis and other systemic bone diseases and health