Advances in technology for intracranial stereotactic radiosurgery.

Sahgal A; Ma L; Chang E; Shiu A; Larson DA; Laperriere N; Yin FF; Tsao M; Menard C; Basran PS; Letourneau D; Heydarian M; Beachey D; Shukla V; Cusimano M; Hodaie M; Zadeh G; Bernstein M; Schwartz M

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Advances in technology for intracranial stereotactic radiosurgery.

机译：颅内立体定向放射外科技术的进步。

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Stereotactic radiosurgery (SRS) refers to a single radiation treatment delivering a high dose to an intra-cranial target localized in three-dimensions by CT and/or MRI imaging. Traditionally, immobilization of the patient's head has been achieved using a rigid stereotactic head frame as the key step in allowing for accurate dose delivery. SRS has been delivered by both Cobalt-60 (Gamma Knife) and linear accelerator (linac) technologies for many decades. The focus of this review is to highlight recent advances and major innovations in SRS technologies relevant to clinical practice and developments allowing for non-invasive frame SRS.

机译：立体定向放射外科手术（SRS）是指通过CT和/或MRI成像向三维定位的颅内目标输送高剂量的单次放射治疗。传统上，使用刚性的立体定向头架作为实现精确剂量输送的关键步骤，实现了患者头部的固定。几十年来，SRS已通过Cobalt-60（伽马刀）和线性加速器（直线加速器）技术交付。这篇综述的重点是强调与临床实践相关的SRS技术的最新进展和重大创新，以及允许无创性SRS的发展。

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《Technology in cancer research & treatment.》 |2009年第4期|共10页
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Sahgal A; Ma L; Chang E; Shiu A; Larson DA; Laperriere N; Yin FF; Tsao M; Menard C; Basran PS; Letourneau D; Heydarian M; Beachey D; Shukla V; Cusimano M; Hodaie M; Zadeh G; Bernstein M; Schwartz M;
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1. Advances in technology for intracranial stereotactic radiosurgery. [J] . Sahgal A, Ma L, Chang E, Technology in cancer research & treatment. . 2009,第4期

机译：颅内立体定向放射外科技术的进步。
2. Impact of the high-definition multileaf collimator on linear accelerator-based intracranial stereotactic radiosurgery. [J] . Tanyi JA, Kato CM, Chen Y, British Journal of Radiology . 2011,第1003期

机译：高清多叶准直仪对基于直线加速器的颅内立体定向放射外科的影响。
3. The accuracy of frameless stereotactic intracranial radiosurgery. [J] . Verbakel WF, Lagerwaard FJ, Verduin AJ, Radiotherapy and oncology: Journal of the European Society for Therapeutic Radiology and Oncology . 2010,第3期

机译：无框立体定向颅内放射外科手术的准确性。
4. A Study of Single-lsocenter for Three Intracranial Lesions with VMAT-Stereotactic Radiosurgery: Treatment Planning Techniques and Plan Quality Determination [C] . Wisawa Phongprapun, Janjira Petsuksiri, Puangpen Tangboonduangjit World Congress on Medical Physics and Biomedical Engineering . 2019

机译：vmat - 立体定向放射前的三种颅内病变的单叶植株研究：治疗规划技术和计划质量决心
5. Treatment of Multiple Brain Metastases Using Stereotactic Radiosurgery with Single-Isocenter Volumetric Modulated Arc Therapy: Comparison with Conventional Dynamic Conformal Arc and Static Beam Stereotactic Radiosurgery. [D] . Huang, Chi. 2012

机译：立体定向放射外科与单等中心容积调制电弧疗法一起治疗多发性脑转移：与常规动态等角弧和静态束立体定向放射外科的比较。
6. Symptomatic Radionecrosis after AVM Stereotactic Radiosurgery. [O] . S. Finitsis, R. Anxionnat, S. Bracard, 2005

机译：AVM立体定向放射外科手术后的症状性放射性坏死。
7. Evaluations of the setup discrepancy between BrainLAB 6D ExacTrac and cone-beam computed tomography used with the imaging guidance system Novalis-Tx for intracranial stereotactic radiosurgery. [O] . Se An Oh, Jae Won Park, Ji Woon Yea, 2017

机译：评估BrainLaB 6D ExacTrac和锥形束计算机断层扫描与成像引导系统Novalis-Tx用于颅内立体定向放射外科的设置差异。
8. Heavy charged-particle beams for stereotactic radiosurgery. [R] . Lyman, J., Phillips, M., Frankel, K., 1989

机译：用于立体定向放射外科手术的重带电粒子束。

Advances in technology for intracranial stereotactic radiosurgery.

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