Zisis Papazisis studies Lumbar spine, Decomposition, and Mild Cognitive Impairment.

A: Cobb angle measurement. B: Blocks method. C: Architect's flexicurve ruler used to calculate the kyphotic index. D: Debrunner kyphometer. Fig 1. doi

Repeatability of measurements with the instrument was studied on 31 healthy individuals in a randomized cross-over the kyphometer has been shown to be very low (7.4%) [6]. Debrunner’s Kyphometer (Protek, AG, Bern, Switzerland) has a protractor with a 1 o scale at the end of two double, parallel arms, which are connected to two blocks, large enough to span two spine processes (Figure 1). The indicated by the name “Kyphometer” was originally Does anyone know where I can obtain /purchase a DeBrunner Kyphometer, used to measure thoracic kyphosis, or know a supplier ? thanks. 20-08-2009 09:10 AM #2.

This prospective study was conducted to create a mathematical formula that provides, with high approximation, the roentgenographic angle of thoracic kyphosis (T4-T12) using only the kyphometer. The Debrunner kyphometer is an accepted tool for detecting and evaluating thoracic kyphosis. This prospective study was conducted to create a mathematical formula that provides, with high kyphosis measurements comparing the Debrunner Kyphometer with a radiological standard, showed a good level of agreement and a statistical significance (ICC 0.67, 95% CI:0.26 to 0.83, p<0.001). Debrunner Kyphometer The Debrunner kyphometer is a protractor with a 1-degree scale at the end of two double, parallel arms connected to blocks covering the two spinous processes each (Fig. 3.6 ). This protractor gives the angle of kyphosis when the blocks are placed at the upper and lower limits of the thoracic spine.

that compared the standing Debrunner kyphometer angle with a supine radiographic Cobb angle measurement in 120 women age 55 to 80 years (11), the mean difference between the 2 measures was only 4°. The Debrunner method overestimated the Cobb angle slightly, and the intraclass correlation coefﬁcient for the measures was 0.68 (11).

They used the Debrunner kyphometer, which is a protractor with a 1° scale at the end of 2 double, parallel arms connected to blocks that are large enough to span 2 spinous processes. The correlation was strongest between the kyphotic index and the Debrunner kyphometer (r(s) = 0.76, p < 0.0001).ConclusionIn older men and women, all four measures of thoracic kyphosis were significantly correlated with each other, whether assessed in the lying or standing position. Does anyone know where I can obtain /purchase a DeBrunner Kyphometer, used to measure thoracic kyphosis, or know a supplier ? thanks.

that compared the standing Debrunner kyphometer angle with a supine radiographic Cobb angle measurement in 120 women age 55 to 80 years (11), the mean difference between the 2 measures was only 4°. The Debrunner method overestimated the Cobb angle slightly, and the intraclass correlation coefﬁcient for the measures was 0.68 (11).

This prospective study was conducted to create a mathematical formula that provides, with high The Debrunner Kyphometer is capable of providing measurement in a 1 degree-scale. The original Kyphometer design measured kyphosis angles up to 52° (Debrunner, 1972). Each arm is connected by a With Debrunner's kyphometer, it is possible to obtain this information in approximately 1 minute in a clinical setting.

The correlation was strongest between the kyphotic index and the Debrunner kyphometer (r s = 0.76, p . 0.0001). CONCLUSION: In older men and women, all four measures of thoracic kyphosis were significantly correlated with each other, whether assessed in the lying or standing position. Debrunner’s Kyphometer (Protek, AG, Bern, Switzerland) has a protractor with a 1 o scale at the end of two double, parallel arms, which are connected to two blocks, large enough to span two spine processes (Figure 1). The indicated by the name “Kyphometer” was originally designed to measure kyphosis of up to 52 o.
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The correlation was strongest between the kyphotic index and the Debrunner kyphometer (r s = 0.76, p .

Of 118 persons enrolled in the RCT, 113 had a standing radiological Cobb angle and at least one non-radiological assessment of kyphosis at RCT baseline, Validation of the Debrunner Kyphometer as a clinical non-radiological method for investigating spinal sagittal alignment was compared with standing lateral radiographs.
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17 Mar 2006 The spinal sagittal configuration and mobility were measured in the thoracic and lumbar spine, respectively, with Debrunner's kyphometer

Non-radiological and radiological measurements of the spinal sagittal kyphosis and lordosis The correlation was strongest between the kyphotic index and the Debrunner kyphometer (r s = 0.76, p < 0.0001). In older men and women, all four measures of thoracic kyphosis were significantly correlated with each other, whether assessed in the lying or standing position.

2 Oct 2020 Scheuermann's disease. Thoracic kyphosis is typically detected through the use of a Debrunner kyphometer, which measures the angle of your

Debrunner kyphometer to measure thoracic kyphosis and lumbar lordosis.

For determination of lumbar lordosis, a flexible ruler was used which have high validity and reliability. The primary outcomes were change in the following: Debrunner kyphometer-assessed kyphosis angle, standing height, timed chair stands, functional reach and walking speed. [ Time Frame: Baseline to 6 months ] Baikousis, "Prediction of thoracic kyphosis using the Debrunner kyphometer," Journal of Spinal Disorders, vol. Intrarater and interrater reliability of the flexicurve index, flexicurve angle, and manual inclinometer for the measurement of thoracic kyphosis 2017-04-03 · The Debrunner Kyphometer is a protractor-like device with parallel arms connected to blocks at each end. The blocks were aligned with the upper (T2) and lower limits (T12) of the thoracic spine allowing the kyphometer to measure the angle of spinal curvature with the patient standing. Debrunner Kyphometer Low back pain Pelvic parameters Pelvic Tilt Skiers Spino-pelvic alignment: Abstract: Young athletes that perform regular intense training and sports competions have been shown to increase the risk of low back pain (LBP). Since there is a strong relationship between the two, many non-invasive methods, such as the Debrunner’s kyphometer [10, 11, 12], the flexicurve ruler [13, 14], and the spinal mouse [15, 16], have been developed.