5 research outputs found

    Inter-Examiner Reliability of an Anterior Superior Iliac Spine Compression Test used to Lateralize Pelvic Somatic Dysfunction to the Right Side or Not

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    BACKGROUND: Osteopathic physicians use a number of palpatory structural examinations to diagnose pelvic somatic dysfunction (SD). They may elect to use the Anterior Superior Iliac Spine (ASIS) Compression Test to lateralize the dysfunctional side. Accurate, reliable tests are crucial to neuromusculoskeletal diagnosis and this study employs the kappa (╬║) analysis protocol recommended for assessing interexaminer reliability of manual medicine tests (published by the F├ęd├ęration Internationale de M├ędecine Manuelle [FIMM]). ╬║-values Ôëą0.40 (moderate agreement) are considered to be acceptable for use in the clinical setting

    The Use of Objective Data to Improve Interexaminer Reliability

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    BACKGROUND: In Osteopathic Manipulative Medicine (OMM) and Manual/Musculoskeletal Medicine (MMM), palpatory diagnosis is performed on a regular basis to diagnose somatic dysfunction (SD). This examination requires careful and precise touch coupled with subjective interpretation by individual examiners who may have been trained to evaluate SD through different methods. Interexaminer reliability studies aim to minimize variance by providing quantifiable scientific data to evaluate specific test protocols which can then be taught to practitioners. In a previous PCOM study, two examiners independently diagnosed innominate bone dysfunction lateralized using the ASIS compression test on a large group of subjects. A pressure monitoring system (IsoTOUCH®, Chattanooga TN) has been used in various studies at the PCOM Human Performance & Biomechanics Laboratory (Kuchera, Jean et al 2006 & Kuchera, Vardy et al 2005) to quantify or standardize forces used in palpatory diagnosis or OMM/MMM treatment applications. This study gathered data during the tesing phase of a new and improved model of this system, using the protocol of the previous ASIS interexaminer reliability study. The data collected during standardization of the system was analyzed in the same manner as the previous study to compare the results of interexaminer reliability to results achieved using live data feed for baseline pressure synchronization between examiners

    Comparing Inter-Examiner Reliability Levels when Diagnosing Male & Female Innominate Dysfunctions Using a Hemi-Pelvise Compression Lateralization Test and Pelvic Landmark Levels.

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    BACKGROUND: When diagnosing innominate somatic dysfunctions it may be relevant to recognize that structural, functional, and hormonal differences exist between male and female pelvises. The female pelvis is less massive, ilia are less sloped, and female hormones influence ligamentous tension. Despite these differences, few studies have analyzed gender effects on inter-examiner reliability when using palpatory diagnosis to diagnose innominate dysfunctions. In this study, we hypothesized that interexaminer reliability would be higher in male subjects than in female subjects due cyclic variability of hormonal influence of ligamentous tension in the female pelvis. The kappa (╬║) statistic was selected to evaluate inter-examiner reliability as it is designed to eliminate agreement by chance. The agreement scale as proposed by Landis and Koch was used in the evaluation if the ╬║-value

    Effect of Prior Anterior Superior Iliac Spine Compression Testing on Second Assessor Findings: Implications for Inter-Examiner Reliability Testing

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    BACKGROUND: Osteopathic physicians use palpation to diagnose sacroiliac joint somatic dysfunction (SD) -- including the Anterior Superior Iliac Spine (ASIS) Compression Test for dysfunctional side lateralization. (Literature suggests right-sided lateralization in 80% of asymptomatic individuals). Accurate, reliable tests are crucial however to diagnose SD and kappa (╬║) analysis is a gold-standard to determine the degree of interexaminer reliability for tests. Few studies have examined the effect the palpatory examination has on subsequent diagnostic findings and therefore on ╬║-values

    A Comparative Study of Cervical Hysteresis Characteristics after Various Osteopathic Manipulative Treatment (OMT) Modalities

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    BACKGROUND: Few objective measures have been used to document change in myofascial tissues after OMT. HYPOTHESIS: Paraspinal tissues associated with cervical somatic dysfunction (SD) will demonstrate quantifiable change in myofascial hysteresis characteristics after a given OMT technique but not after a Sham intervention. MATERIALS AND METHODS: 240 subjects were palpated for cervical articular SD. A randomly selected intervention (5 OMT techniques or a Sham) was applied to the cervical SD clinically considered to be most severe. A durometer (SA201(®); Sigma Instruments, Cranberry, PA, USA) objectively measured myofascial structures overlying each cervical spinal segment pre- and post- intervention. Using a single consistent piezoelectric impulse, this durometer quantified four hysteresis (tissue texture) characteristics--fixation, mobility, frequency, and motoricity. RESULTS: Baseline changes in median hysteresis values were noted for each OMT technique but not for Sham interventions. Notably, segmental counterstrain OMT resulted in significant motoricity change compared to adjacent segmental myofascial measures (p-value 0.04) along with a suggestive trend in the mobility component (p-value 0.12). CONCLUSION: When comparing treated to untreated cervical segments, the most significant change occurred post-counterstrain OMT with no overall change following Sham. Overall, quantifiable objective change occurs in myofascial tissues post-OMT, in addition to the noted clinical palpable change
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