Key result
Whole-body short tau inversion recovery magnetic resonance imaging before muscle biopsy enabled identification of the most suitable muscles for biopsy in 2 cases of suspected idiopathic inflammatory myopathy.
Why the study?
Does whole-body STIR MRI improve the diagnostic yield of muscle biopsy in suspected idiopathic inflammatory myopathy?
Case Report (n=2)
Does whole-body STIR MRI improve the diagnostic yield of muscle biopsy in suspected idiopathic inflammatory myopathy?
Whole-body STIR MRI can direct muscle biopsy to reduce false-negative results in suspected idiopathic inflammatory myopathy.
May guide biopsy site selection in suspected myopathy; leaves open whether diagnostic yield improves in larger studies.
Successful management of the idiopathic inflammatory myopathies requires an early and accurate diagnosis. The muscle biopsy remains the definitive test. However, false-negative biopsy results are common, as the disease is typically patchy in distribution. The advent of short tau inversion recovery sequences now allows rapid magnetic resonance imaging of the whole body to be performed, enabling identification of the muscles most suitable for biopsy. It also provides further diagnostic information through the form and anatomic distribution of the pathology. We report 2 cases illustrating the advantages of whole-body short tau inversion recovery magnetic resonance imaging before muscle biopsy. We encourage clinicians to use the technique in this context.
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Connor et al. (2007) conducted a case report in Idiopathic Inflammatory Myopathy (n=2). Whole-body short tau inversion recovery (STIR) magnetic resonance imaging was evaluated. Whole-body short tau inversion recovery magnetic resonance imaging before muscle biopsy enabled identification of the most suitable muscles for biopsy in 2 cases of suspected idiopathic inflammatory myopathy.
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