Scientific and clinical paperCorrelation between magnetic resonance imaging and histopathology of an amputated forearm after an electrical injury
References (7)
Evaluation of electric injuries by magnetic resonance imaging (MRI) An experimental study
Keio Medical J
(1995)The year book of safety and hygiene
The year book of safety and hygiene
- et al.
High-voltage electric injury: Assessment of muscle viability with MR imaging and Tc-99m pyrophosphate scintigraphy
Radiology
(1995)
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Trunk Muscle Characteristics: Differences Between Sedentary Adults With and Without Unilateral Lower Limb Amputation
2021, Archives of Physical Medicine and RehabilitationCitation Excerpt :Future studies may consider controlling for low back pain when evaluating differences in trunk characteristics. The relatively small sample size, although exceeding previous MRI studies among individuals with LLA,14,16 warrants confirmation of findings with future research, which may include a more heterogeneous sample after LLA. Further, although posterior trunk muscle morphology was assessed, MRI quality precluded assessment of anterior muscles (psoas, quadratus lumborum), which may be affected post-LLA.9,35
Electrical injuries
2018, Total Burn Care: Fifth EditionElectrical injury: Reconstructive problems
2018, Total Burn Care: Fifth EditionElectrical Injury: Reconstructive Problems
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2014, Handbook of Clinical NeurologyCitation Excerpt :Magnetic resonance imaging provides poor sensitivity for evaluation of injury in areas with compromised perfusion. Gadolinium-enhanced MR imaging demonstrates potential viability in zones of tissue edema and good correlation with histopathology (Fleckenstein et al., 1993; Lee, 1997; Ohashi et al., 1998). Imaging of electrical injuries is generally not productive, other than to follow progression of gross neurologic injuries in the central nervous system.