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10 de may. de 2012 · We have described technical guidelines for the Novalis Tx linear accelerator from the time of acceptance testing to the first clinical treatment for SRS and SBRT, focusing on the methods for basic beam data measurement, commissioning of a HD120 MLC, quality assurance of the image‐guided systems, and end‐to‐end testing.
- Jinkoo Kim, Ning Wen, Jian Yue Jin, Nicole Walls, Sangroh Kim, Haisen Li, Lei Ren, Yimei Huang, Anth...
- 10.1120/jacmp.v13i3.3729
- 2012
- 2012/05
The Novalis Tx is a powerful radiosurgery system that offers a versatile combination of advanced technologies for the treatment of tumors and other anatomical targets. With the Novalis Tx radiosurgery platform, UCLA offers state-of-the-art, non-invasive treatment for a wide range of malignancies and other potentially debilitating conditions, ...
10 de may. de 2012 · We have demonstrated the Novalis Tx to be a robust system, with the image guidance and MLC requirements to treat a wide variety of sites, in addition to achieving the requirements for highly accurate delivery of SRS and SBRT-based treatments.
- Jinkoo Kim, Ning Wen, Jian Yue Jin, Nicole Walls, Sangroh Kim, Haisen Li, Lei Ren, Yimei Huang, Anth...
- 33
- 2012
- 10 May 2012
7 de dic. de 2022 · Novalis Tx is a modality integrated with Varian and Brainlab technologies, and provides the ability of 2-D and 3-D multi-imaging (kV, MV) for treatment. Treatment delivery can either use intensity-modulated radiation therapy or conformal radiation therapy to deliver static beam or arc therapy.
22 de sept. de 2008 · Using the Novalis Tx platform from Varian Medical Systems (NYSE: VAR) and BrainLAB, doctors are performing image-guided radiosurgery to treat tumors of the brain, spine, lung, and liver, without a single incision in the patient.
15 de jun. de 2009 · UCLA has added a new tool to its cancer-fighting arsenal, a state-of-the-art, image-guided device that provides more accurate, concentrated doses of radiatio...
- 4 min
- 5.4K
- UCLA Health
La tecnología de Novalis para radiocirugía permite dar elevada dosis de radiación a los tumores profundos del cuerpo o del cerebro que no pueden ser operados ni irradiados con técnicas convencionales de radioterapia.
