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21
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About
Aman Sharma is a leading figure in interventional nuclear medicine and molecular imaging, with a primary focus on advancing the precision of image-guided biopsy techniques. His most impactful work centers on the integration of robotic assistance with PET/CT imaging to improve diagnostic accuracy in challenging clinical scenarios. Sharma’s landmark study, "Diagnostic performance of real-time robotic arm-assisted 18F-FDG PET/CT-guided percutaneous biopsy in metabolically active abdominal and pelvic lesions" (2018), has garnered 21 citations, establishing a foundational protocol for targeting metabolically active lesions with unprecedented accuracy. This contribution is particularly significant for patients with complex or recurrent malignancies, where conventional biopsy methods often fail. By demonstrating that robotic-arm guidance can enhance lesion targeting and reduce procedural variability, Sharma has directly influenced the standard of care in interventional oncology. His work bridges the gap between advanced imaging and minimally invasive intervention, offering a reproducible framework for obtaining high-quality tissue samples in metabolically active disease. For students and researchers, Sharma’s research exemplifies how technological innovation can solve real-world clinical problems, making him a key reference in the evolving field of precision diagnostics.
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