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A method for end-to-end spatial accuracy quality assurance for radiosurgery

A method for end-to-end spatial accuracy quality assurance for radiosurgery

Unmet Need Radiation therapy is an essential element of cancer treatment that benefits 4 million diagnosed patients every year. The ability to deliver complex three-dimensional distributions of dose that conform to even irregularly shaped lesions…

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A quality control tool for multi-energy X-ray computed tomography imaging

A quality control tool for multi-energy X-ray computed tomography imaging

Unmet Need X-ray computed tomography (CT) imaging devices are ubiquitous in any radiology department and CT examinations are among the most commonly ordered diagnostic procedure. Multi-energy computed tomography is an emerging imaging technology that is…

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A method to eliminate beam hardening artifacts and to improve CT quantitative imaging ability

A method to eliminate beam hardening artifacts and to improve CT quantitative imaging ability

Unmet Need For many commercially available CT scanners, the photons emitted from the X-ray source spread within a wide and continuous distribution of energy spectrum. As the poly-energetic X-ray beam passes through matter like tissue,…

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An optical scanning system that reduces the planning cost associated with 3D dosimetry planning techniques

An optical scanning system that reduces the planning cost associated with 3D dosimetry planning techniques

Unmet Need Radiation therapy is an essential element of cancer treatment that has been estimated to be potentially beneficial to 4 million diagnosed patients every year. Since the turn of the millennium, the sophistication, precision,…

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