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    • 8. 发明授权
    • Medical radiation treatment delivery apparatus
    • 医疗放射治疗仪器
    • US06251059B1
    • 2001-06-26
    • US09262620
    • 1999-03-04
    • Marc G. AppleBrian L. BatesJohn A. DeFordNeal E. Fearnot
    • Marc G. AppleBrian L. BatesJohn A. DeFordNeal E. Fearnot
    • A61N500
    • A61M25/1011A61M2025/1047A61M2025/1072A61N5/1002A61N5/1048
    • A catheter apparatus (20) and radiation dosimetry unit indicator (21) for delivery of a prescribed radiation dose to a patient. The catheter is filled with a radiation carrier material such as an inert radioactive gas (12) for the treatment of, for example, restenosis after angioplasty, and malignancies. The inflated catheter includes a plurality of discrete chambers such as balloon sections (22, 24, 26) for transporting the radioactive carrier material, and a plurality of discrete chambers (32, 34, 36) enabling substantial blood flow through the artery during treatment with the prescribed radiation. The inflated catheter can also comprise a one-unit balloon. A specific metal coating enhances the radiation dose delivered to the target. The wall (25) of the inflation lumen attenuates transmission dose to the blood circulating through the hollow inner lumen of the catheter device. The system also creates increased by-product radiation, from the impact of beta particles and gamma protons traveling toward the lumen wall. A radiation dosimetry unit indicator (21) is positioned, disposed, or affixed to a calibrated catheter to assist the physician in prescribing radiation activity and exposure times.
    • 导管装置(20)和辐射剂量测定单元指示器(21),用于向患者输送规定的辐射剂量。 导管填充有辐射载体材料,例如惰性放射性气体(12),用于治疗例如血管成形术后的再狭窄和恶性肿瘤。 膨胀的导管包括多个分立的腔室,例如用于运送放射性载体材料的气囊部分(22,24,26)和多个离散的腔室(32,34,36),其能够在治疗过程中使大量血液流过动脉, 规定的辐射。 充气导管还可以包括一个单一的气囊。 特定的金属涂层增强了传递给靶的辐射剂量。 充气腔的壁(25)衰减通过导管装置的中空内腔循环的血液的透射剂量。 该系统还产生增加的副产物辐射,从β粒子和γ质子向腔壁行进的影响。 辐射剂量测量单元指示器(21)被定位,设置或固定到校准的导管上,以帮助医师规定辐射活动和暴露时间。
    • 9. 发明授权
    • Medical radiation treatment device
    • 医疗放射治疗装置
    • US06162165A
    • 2000-12-19
    • US203947
    • 1998-12-02
    • Marc G. AppleBrian L. BatesJohn A. DeFordNeal E. Fearnot
    • Marc G. AppleBrian L. BatesJohn A. DeFordNeal E. Fearnot
    • A61M36/04A61N5/10A61N5/00
    • A61N5/1002A61N2005/1021
    • A catheter apparatus and radiation dosimetry unit indicator for delivery of a prescribed radiation dose to a patient. The catheter is filled with a radiation carrier material such as an inert radioactive gas for the treatment of, for example, restenosis after angioplasty, and malignancies. The inflated catheter includes a plurality of discrete chambers for transporting the radioactive carrier material, and a plurality of discrete chambers enabling substantial blood flow through the artery during treatment with the prescribed radiation. The inflated catheter can also comprise a one-unit balloon. A specific metal coating enhances the radiation dose delivered to the target. The wall of the inflation lumen attenuates transmission dose to the blood circulating through the hollow inner lumen of the catheter device. The system also creates increased by-product radiation, from the impact of beta particles and gamma protons traveling toward the lumen wall. A radiation dosimetry unit indicator is positioned, disposed, or affixed to a calibrated catheter to assist the physician in prescribing radiation activity and exposure times.
    • 导管装置和放射剂量测定单元指示器,用于向患者输送规定的辐射剂量。 导管填充有诸如惰性放射性气体的辐射载体材料,用于治疗例如血管成形术后的再狭窄和恶性肿瘤。 充气导管包括用于运输放射性载体材料的多个离散室,以及多个分立的腔室,其能够在用规定的辐射治疗期间使血液能够通过动脉。 充气导管还可以包括一个单一的气囊。 特定的金属涂层增强了传递给靶的辐射剂量。 充气腔的壁衰减通过导管装置的中空内腔循环的血液的透射剂量。 该系统还产生增加的副产物辐射,从β粒子和γ质子向腔壁行进的影响。 放射剂量测定单元指示器被定位,设置或固定到校准的导管上,以帮助医生规定辐射活动和暴露时间。
    • 10. 发明授权
    • Medical radiation treatment delivery apparatus
    • 医疗放射治疗仪器
    • US6159141A
    • 2000-12-12
    • US150814
    • 1998-09-11
    • Marc G. AppleBrian L. BatesJohn A. DeFordNeal E. Fearnot
    • Marc G. AppleBrian L. BatesJohn A. DeFordNeal E. Fearnot
    • A61B1/00A61F2/958A61M36/04A61N5/10A61N5/00
    • A61M25/1011A61N5/1002A61N5/1048A61M2025/1047A61M2025/1072
    • A catheter apparatus (20) and radiation dosimetry unit indicator (21) for delivery of a prescribed radiation dose to a patient. The catheter is filled with a radiation carrier material such as an inert radioactive gas (12) for the treatment of, for example, restenosis after angioplasty, and malignancies. The inflated catheter includes a plurality of discrete chambers such as balloon sections (22, 24, 26) for transporting the radioactive carrier material, and a plurality of discrete chambers (32, 34, 36) enabling substantial blood flow through the artery during treatment with the prescribed radiation. The inflated catheter can also comprise a one-unit balloon. A specific metal coating enhances the radiation dose delivered to the target. The wall (25) of the inflation lumen attenuates transmission dose to the blood circulating through the hollow inner lumen of the catheter device. The system also creates increased by-product radiation, from the impact of beta particles and gamma protons traveling toward the lumen wall. A radiation dosimetry unit indicator (21) is positioned, disposed, or affixed to a calibrated catheter to assist the physician in prescribing radiation activity and exposure times.
    • 导管装置(20)和辐射剂量测定单元指示器(21),用于向患者输送规定的辐射剂量。 导管填充有辐射载体材料,例如惰性放射性气体(12),用于治疗例如血管成形术后的再狭窄和恶性肿瘤。 膨胀的导管包括多个分立的腔室,例如用于运送放射性载体材料的气囊部分(22,24,26)和多个离散的腔室(32,34,36),其能够在治疗过程中使大量血液流过动脉, 规定的辐射。 充气导管还可以包括一个单一的气囊。 特定的金属涂层增强了传递给靶的辐射剂量。 充气腔的壁(25)衰减通过导管装置的中空内腔循环的血液的透射剂量。 该系统还产生增加的副产物辐射,从β粒子和γ质子向腔壁行进的影响。 辐射剂量测量单元指示器(21)被定位,设置或固定到校准的导管上,以帮助医师规定辐射活动和暴露时间。