Anna L. Falkowski
Papers
3
Total Citations
40
H-Index
3
About
Anna L. Falkowski is a radiological researcher whose work sits at the intersection of advanced imaging technology and musculoskeletal diagnostics, with a particular focus on spinal imaging innovations. Her research has centered on the development and clinical validation of three-dimensional cone-beam computed tomography (3D CBCT) systems, most notably prototype twin robotic X-ray platforms that enable upright weight-bearing imaging of the spine. Falkowski's most significant contributions involve rigorous assessment of these emerging imaging systems, evaluating image quality, radiation dose optimization, and diagnostic feasibility for lumbar spine applications. Her landmark 2018 cadaveric study, which has garnered 19 citations, demonstrated the feasibility of upright lumbar spine imaging across varying body mass indices — a meaningful advancement over conventional supine CT, which fails to capture the biomechanical effects of gravity on spinal structures. Complementary phantom-based evaluations further established the technical performance benchmarks of this novel modality. Her 2020 in vivo study extended this work by quantifying changes in lumbar neuroforaminal dimensions between supine and upright positions, with direct implications for diagnosing nerve compression disorders. Collectively, Falkowski's contributions are helping to redefine clinical standards for functional spinal imaging.
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