The Discovery series bone densitometers are computer-assisted X-Ray scanners used to aid a physician in measuring bone mineral density (BMD) and determining fracture risk. All Discovery Series densitometers allow comparison of estimated BMD from a subject's proximal femur (hip), lumbar spine, and forearm to reference data for sex and ethnicity matched controls. Discovery Wi, W, and A models can also be used for estimating the lean body mass and fat mass of non-osseous tissues. Discovery C, W, SL, and A models can be used for performing a visual or quantitative assessment of vertebral bodies for diagnosis of vertebral deformity. Discovery SL and A models are capable of measuring the lateral vertebral BMD in the supine lateral position.

The Discovery series bone densitometers are computer-assisted X-Ray scanners used to aid a physician in measuring bone mineral density (BMD) and determining fracture risk. All Discovery Series densitometers allow comparison of estimated BMD from a subject's proximal femur (hip), lumbar spine, and forearm to reference data for sex and ethnicity matched controls. Discovery Wi, W, and A models can also be used for estimating the lean body mass and fat mass of non-osseous tissues. Discovery C, W, SL, and A models can be used for performing a visual or quantitative assessment of vertebral bodies for diagnosis of vertebral deformity. Discovery SL and A models are capable of measuring the lateral vertebral BMD in the supine lateral position.

The Discovery series bone densitometers are computer-assisted X-Ray scanners used to aid a physician in measuring bone mineral density (BMD) and determining fracture risk. All Discovery Series densitometers allow comparison of estimated BMD from a subject's proximal femur (hip), lumbar spine, and forearm to reference data for sex and ethnicity matched controls. Discovery Wi, W, and A models can also be used for estimating the lean body mass and fat mass of non-osseous tissues. Discovery C, W, SL, and A models can be used for performing a visual or quantitative assessment of vertebral bodies for diagnosis of vertebral deformity. Discovery SL and A models are capable of measuring the lateral vertebral BMD in the supine lateral position.

The Discovery series bone densitometers are computer-assisted X-Ray scanners used to aid a physician in measuring bone mineral density (BMD) and determining fracture risk. All Discovery Series densitometers allow comparison of estimated BMD from a subject's proximal femur (hip), lumbar spine, and forearm to reference data for sex and ethnicity matched controls. Discovery Wi, W, and A models can also be used for estimating the lean body mass and fat mass of non-osseous tissues. Discovery C, W, SL, and A models can be used for performing a visual or quantitative assessment of vertebral bodies for diagnosis of vertebral deformity. Discovery SL and A models are capable of measuring the lateral vertebral BMD in the supine lateral position.

The Discovery series bone densitometers are computer-assisted X-Ray scanners used to aid a physician in measuring bone mineral density (BMD) and determining fracture risk. All Discovery Series densitometers allow comparison of estimated BMD from a subject's proximal femur (hip), lumbar spine, and forearm to reference data for sex and ethnicity matched controls. Discovery Wi, W, and A models can also be used for estimating the lean body mass and fat mass of non-osseous tissues. Discovery C, W, SL, and A models can be used for performing a visual or quantitative assessment of vertebral bodies for diagnosis of vertebral deformity. Discovery SL and A models are capable of measuring the lateral vertebral BMD in the supine lateral position.

The Discovery series bone densitometers are computer-assisted X-Ray scanners used to aid a physician in measuring bone mineral density (BMD) and determining fracture risk. All Discovery Series densitometers allow comparison of estimated BMD from a subject's proximal femur (hip), lumbar spine, and forearm to reference data for sex and ethnicity matched controls. Discovery Wi, W, and A models can also be used for estimating the lean body mass and fat mass of non-osseous tissues. Discovery C, W, SL, and A models can be used for performing a visual or quantitative assessment of vertebral bodies for diagnosis of vertebral deformity. Discovery SL and A models are capable of measuring the lateral vertebral BMD in the supine lateral position.

The Horizon® Dual-Energy X-Ray Absorptiometry (DXA) System is a computer-assistedX-Ray scanner used to aid a physician in measuring bone mineral density (BMD),determining fracture risk, and estimating the lean body mass and fat mass of non-osseoustissues.

The Horizon® Dual-Energy X-Ray Absorptiometry (DXA) System is a computer-assistedX-Ray scanner used to aid a physician in measuring bone mineral density (BMD),determining fracture risk, and estimating the lean body mass and fat mass of non-osseoustissues.

The Horizon® Dual-Energy X-Ray Absorptiometry (DXA) System is a computer-assistedX-Ray scanner used to aid a physician in measuring bone mineral density (BMD),determining fracture risk, and estimating the lean body mass and fat mass of non-osseoustissues.

The Horizon® Dual-Energy X-Ray Absorptiometry (DXA) System is a computer-assistedX-Ray scanner used to aid a physician in measuring bone mineral density (BMD),determining fracture risk, and estimating the lean body mass and fat mass of non-osseoustissues.

The Horizon® Dual-Energy X-Ray Absorptiometry (DXA) System is a computer-assistedX-Ray scanner used to aid a physician in measuring bone mineral density (BMD),determining fracture risk, and estimating the lean body mass and fat mass of non-osseoustissues.

TBS iNsight is a software provided for use as a complement to both DXA analysis and clinical examination. It computes the antero-posterior spine DXA examination file and calculates a score (Trabecular Bone Score - TBS) that is compared to those of the age-matched controls. The TBS is derived from the texture of the DXA image and has been shown to be related to bone microarchitecture.TBS provides information independent of BMD value; it is used as a complement to the data obtained from the DXA analysis and the clinical examination. The results can be used by a physician in conjunction with other clinical risk factors as an aid in the diagnosis of osteoporosis and other medical conditions leading to altered trabecular bone microarchitecture, and ultimately in the assessment of fracture risk.

TBS iNsight is a software provided for use as a complement to both DXA analysis and clinical examination. It computes the antero-posterior spine DXA examination file and calculates a score (Trabecular Bone Score - TBS) that is compared to those of the age-matched controls. The TBS is derived from the texture of the DXA image and has been shown to be related to bone microarchitecture. TBS provides information independent of BMD value; it is used as a complement to the data obtained from the DXA analysis and the clinical examination. The results can be used by a physician in conjunction with other clinical risk factors as an aid in the diagnosis of osteoporosis and other medical conditions leading to altered trabecular bone microarchitecture, and ultimately in the assessment of fracture risk.

TBS iNsight is a software provided for use as a complement to both DXA analysis and clinical examination. It computes the antero-posterior spine DXA examination file and calculates a score (Trabecular Bone Score - TBS) that is compared to those of the age-matched controls. The TBS is derived from the texture of the DXA image and has been shown to be related to bone microarchitecture. TBS provides information independent of BMD value; it is used as a complement to the data obtained from the DXA analysis and the clinical examination. The results can be used by a physician in conjunction with other clinical risk factors as an aid in the diagnosis of osteoporosis and other medical conditions leading to altered trabecular bone microarchitecture, and ultimately in the assessment of fracture risk.

TBS iNsight is a software provided for use as a complement to both DXA analysis and clinical examination. It computes the antero-posterior spine DXA examination file and calculates a score (Trabecular Bone Score - TBS) that is compared to those of the age-matched controls. The TBS is derived from the texture of the DXA image and has been shown to be related to bone microarchitecture. TBS provides information independent of BMD value; it is used as a complement to the data obtained from the DXA analysis and the clinical examination. The results can be used by a physician in conjunction with other clinical risk factors as an aid in the diagnosis of osteoporosis and other medical conditions leading to altered trabecular bone microarchitecture, and ultimately in the assessment of fracture risk.

TBS iNsight is a software provided for use as a complement to both DXA analysis and clinical examination. It computes the antero-posterior spine DXA examination file and calculates a score (Trabecular Bone Score - TBS) that is compared to those of the age-matched controls. The TBS is derived from the texture of the DXA image and has been shown to be related to bone microarchitecture. TBS provides information independent of BMD value; it is used as a complement to the data obtained from the DXA analysis and the clinical examination. The results can be used by a physician in conjunction with other clinical risk factors as an aid in the diagnosis of osteoporosis and other medical conditions leading to altered trabecular bone microarchitecture, and ultimately in the assessment of fracture risk.

TBS iNsight is a software provided for use as a complement to both DXA analysis and clinical examination. It computes the antero-posterior spine DXA examination file and calculates a score (Trabecular Bone Score - TBS) that is compared to those of the age-matched controls. The TBS is derived from the texture of the DXA image and has been shown to be related to bone microarchitecture. TBS provides information independent of BMD value; it is used as a complement to the data obtained from the DXA analysis and the clinical examination. The results can be used by a physician in conjunction with other clinical risk factors as an aid in the diagnosis of osteoporosis and other medical conditions leading to altered trabecular bone microarchitecture, and ultimately in the assessment of fracture risk.

Calibration phantom intended for use as an accessory to the QCT Pro Bone Mineral Densitometry Software.

The QCT Pro Asynchronous Calibration Module is intended to provide an alternative method for calibrating QCT data sets that are intended for analysis with QCT Pro Spine and Hip application modules. Installation of the QCT Pro Asynchronous Calibration Module does not alter the clinical indications for use of the QCT Pro Spine and Hip application modules. It does, however, provide an additional means of obtaining calibration data that does not require the simultaneous scanning of a patient with a CT calibration standard as is required when using the QCT Pro Spine and Hip application modules without the installation of the QCT Pro Asynchronous Calibration Module. Thus the QCT Pro Asynchronous Calibration Module facilitates: (1) retrospective assessment of bone density from CT scans acquired for other purposes, (2) assessment of bone density in conjunction with another medically appropriate procedureinvolving CT scans of the anatomical regions where estimating bone density is prescribed, and (3) assessment of bone density without a phantom as an independent measurement procedure.

The CTXA Hip Bone Mineral Densitometer (CTXA Hip) is a software package intended for estimation of bone mineral content (BMC), in grams, and bone mineral density (BMD), in g/cm2, of the proximal femur. The CTXA Hip uses quantitative computed tomography (QCT) methods to derive bone mass and bone density estimates from 3D CT image data sets obtained from compatible, whole-body CT scanners and with compatible CT calibration phantoms. BMD estimates are derived in units of g/cm2 equivalent K2HPO4 density. The BMD estimates can be compared with CTCA Hip-derived reference data. T-scores are calculated with respect to CTXA Hip young normal female reference data, and the T-scores ca be used by the physician an an aid in determining fracture risk.CTXA Hip uses the same technical procedures to acquire and calibrate CT image data as are used for the predicate device K894854: QCT Bone Mineral Density Analysis Software. CTXA Hip reference data for young normal US Caucasian females were acquired in a clinical study, so that patient results obtained using CTXA Hip can be compared to this normal reference population. The CTXA Hip BMD estimates compared to the CTXA Hip reference population are sued as an aid to the physician in identifying patients with low bone mineral density. Additionally, normal data comparisons provide a basis for estimating fracture risk.BMC and BMD estimates are returned by the CTXA Hip for the following proximal femur regions of interest (ROIs): (1) femoral neck, (2) trochanter, (3) intertrochanter, (4) Ward’s triangle, and (5) total hip (i.e., superposition of ROIs 1-3).

The CTXA Hip Extended Reference Data is an accessory to the CTXA Hip Bone Mineral Densitometer. The CTXA Hip Extended Reference Data is used within the CTXA Hip module to calculate T-scores and percent young normal for any patient, and Z-scores for patients age 20-80 for BMD estimates made using the CTXCA Hip module. TThe intended use of the CTXA Hip Extended Reference Data accessory for the CTXA Hip Bone Mineral Densitometry module is to provide a context for the clinical interpretation of a patient's proximal femur BMD estimates. The use of a reference data set and the interpretation of parameters derived by the CTXA Hip module when comparing patient-specific BMD estimates to the installed and selected reference data set is at the discretion of the physician.The predicate K002113 CTXA Hip Bone Mineral Densitometer Module (CTXA Hip) provides estimates of bone mineral content (BMC) and bone mineral density (BMD) values similar to those obtained from DXA devices. These BMD estimates from the predicate device are compared to a reference database of age 20-39 US Caucasian females to calculate T-scores and percent young normal for patient BMD estimates and Z-scores for patient BMD estimates for ages 20-39. The current CTXA Hip Extended Reference Data is an accessory to CTXA Hip that also is used to calculate T-scores and percent young normal, and also is used to calculate Z-scores for ages 20-80. The CTXA Hip BMD estimates referenced to the CTXA Hip Extended Reference Data reference population are used as an aid to the physician in identifying patients with low bone mineral density and as an aid in determining a patient's fracture risk. BMD estimates obtained with CTXA Hip with Extended Reference Data accessory are identical to BMD estimates obtained with the predicate CTXA Hip. T-scores calculated with CTXA Hip with Extended Refecrence Data accessory are slightly less negative or less positive than those calculated with CTXA Hip,approximately 0.1-0.2 T-score units.

The method of Quantitative Computed Tomography (QCT) has been established as a means of non-invasive quantitative bone mineral determination. The QCT PRO software system allows to map information obtained from executing protocols with commercially available CT scanners to an estimate of bone mineral content. The QCT PRO software system does not interfere directly with a medical device. Its function is to provide a means of entering, storing and obtaining information/data only. A competent health professional is reasonably expected to exercise judgement in the use of the information provided by the system. The QCT PRO software system provides a means of entering or receiving general patient information including age and gender, and information on the CT scanning parameters used in performing the CT scanning protocol. Hounsfield numbers from regions of interest (ROI) of the CT data are processed to provide an estimate of bone mineral density (BMD) for each region of interest (ROI) for which Hounsfield numbers were obtained.

Convenience Kit consisting of- QCT Pro Asynchronous Calibration Module, CliniQCT- QCT Bone Mineral Density Analysis Software- Accessories

Convenience Kit consisting of- QCT Pro Asynchronous Calibration Module, CliniQCT- QCT Bone Mineral Density Analysis Software- CTXA Hip Bone Mineral Densitometer- CTXA Hip Extended Reference Database

Convenience Kit consisting of- QCT Bone Mineral Density Analysis Software- Accessories

Convenience Kit consisting of- QCT Bone Mineral Density Analysis Software- CTXA Hip Bone Mineral Densitometer- CTXA Hip Extended Reference Database

Convenience Kit consisting of- QCT Pro Asynchronous Calibration Module, CliniQCT- QCT Bone Mineral Density Analysis Software - CTXA Hip Bone Mineral Densitometer - CTXA Hip Extended Reference Database - Model 3 QA & Calibration Phantom Set

Convenience Kit consisting of - QCT Bone Mineral Density Analysis Software,- Model 3 QA & Calibration Phantom Set and- Accessories.

Convenience Kit consisting of- QCT Bone Mineral Density Analysis Software- CTXA Hip Bone Mineral Densitometer- CTXA Hip Extended Reference Database- Model 3 QA & Calibration Phantom Set

Convenience Kit consisting of- QCT Pro Asynchronous Calibration Module, CliniQCT- QCT Bone Mineral Density Analysis Software- CTXA Hip Bone Mineral Densitometer- CTXA Hip Extended Reference Database- Model 4 Calibration Phantom

XR-600 Advanced

XR-600 Clinical Bone Desitometer

XR-600 Basic Bone Densitometer

XR-800 Advanced Bone Densitometer

XR- 800 Clinical Bone Densitometer

XR-800 Basic Bone Densitometer

Elite Bone Densitometer

VirtuOst uses data from computed tomography scans to estimate bone mineral density, bone strength, and a load-to-strength ratio. This information can be used by a physician to assess fracture risk, identify osteoporosis, and monitor therapy. For pediatric patients, VirtuOst provides these estimates without any classifications and should be used only when the benefit of obtaining these estimates outweighs the risk of radiation.

Peripheral quantitative computed tomograph for the measurement at femur, radius or tibia. Evaluation of volumetric bone density, bone geometry and muscle parameter at the forarm, upper or lower leg using peripheral quantitative computes tomography.

Peripheral quantitative computed tomograph for the measurement at femur, radius or tibia. Evaluation of volumetric bone density, bone geometry and muscle parameter at the forarm, upper or lower leg using peripheral quantitative computes tomography.