Genucom knee analysis system: reproducibility and database development

The Genucom is a relatively new computerized system that performs a multidimensional analysis of knee laxity. Therefore, the purposes of the present investigation were twofold: 1) to estimate the reproducibility of the testing system in its ability to obtain similar test values on the same test subj...

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Veröffentlicht in:Medicine and science in sports and exercise 1990-10, Vol.22 (5), p.713-717
Hauptverfasser: Highgenboten, C L, Jackson, A, Meske, N B
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Jackson, A
Meske, N B
description The Genucom is a relatively new computerized system that performs a multidimensional analysis of knee laxity. Therefore, the purposes of the present investigation were twofold: 1) to estimate the reproducibility of the testing system in its ability to obtain similar test values on the same test subject within a back-to-back two-test protocol and 2) to develop a database of normal values as a standard against which values of suspected ligament injury can be compared to reliably determine whether, in fact, ligament injury has occurred. In the reproducibility phase of the study, 20 subjects were tested in two trials each of eight tests, yielding 20 separate test values per trial, accounting for each angle of flexion and plane of force tested. Both legs were tested, providing an N of 40. Test-retest correlations of the two trials and dependent t-tests indicated that the Genucom provided generally stable and reproducible results. In the normal value database phase of the study, 218 different subjects were given one trial of the same eight tests. Testing of both legs provided an N greater than 400. Means and standard deviations were calculated for each test.
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subjects Adult
Diagnosis, Computer-Assisted
Female
Humans
Information Systems
Knee Injuries - diagnosis
Knee Injuries - therapy
Knee Joint - physiology
Ligaments - injuries
Male
Middle Aged
Muscles - physiopathology
Reference Values
Reproducibility of Results
Space life sciences
title Genucom knee analysis system: reproducibility and database development
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