知识管理办公室CK资料目录

1、知识管理办公室ck资料目录-v.20060821一、 销售类a) 销售工具i. sm01射波刀专案销售规范(06/08/20-sunny)ii. sm02射波刀目标客户信息研判表(06/08/20-sunny)iii. sm03射波刀居间商考核表(06/08/20-sunny)iv. sm04客户档案表(06/06/05-sunny)v. sm05射波刀主管精要说明(06/07/26-sunny)vi. sm06射波刀产品说明书精要(06/03/27-sunny)vii. sm07射波刀产品说明书(06/08/20-sunny)viii. sm08 spm服务项目(06/08/20-sunny

2、)ix. sm09射波刀临床经验及全球分布介绍(06/07/26-sunny)x. sm10 射波刀项目合作方案(06/07/28-venson&cindy)xi. sm14 射波刀个案推动流程及日程表(06/08/11-venson)xii. sm15 居间协议书(06/08/11-venson)xiii. sm16 授权委托书(06/08/11-venson)xiv. pi03射波刀配置单(06/05/30-robbin)xv. 射波刀客户调研问卷(06/03/08-cowealth)xvi. 射波刀中心伙伴服务(06/07/28-sunny)b) ck授权及认证i. accuray 授权

3、书ii. 注册证iii. fda全身治疗认证k011024(05/10/24)iv. fda运动追踪系统认证k020294(05/01/06)v. fda系统认证k032345(05/01/06)c) 产品知识及介绍i. 放射外科历史介绍(e 04/07/13-accuray)ii. 放射外科及放射治疗历史介绍(c 05/05/22)iii. 射波刀产品介绍(c 06/07/26-cowealth)iv. 射波刀临床环境介绍(06/02/17-pc)v. pi05 射波刀竞争产品介绍(06/07/26-cowealth&jimmy)vi. 肿瘤放射治疗设备比较表(05/03/01-coweal

4、th)vii. 射波刀系统彩页介绍(e 05/05/26-accuray)viii. 射波刀系统治疗录影介绍ix. 射波刀cyris inview彩页介绍(e 05/08/26)x. 射波刀cyris multiplan彩页介绍(e 05/08/26)xi. 射波刀synchrony彩页介绍(e 05/08/26)xii. 射波刀synchrony录影介绍xiii. 射波刀x-sight彩页介绍(e 05/08/26)xiv. 射波刀销售培训技术课程(06/07/18-robbin)kmo/业务规范/射波刀培训考核规范d) 肿瘤基础知识i. pi01基础肿瘤学ii. 肿瘤介绍一- 呼吸系统肿瘤

5、iii. 肿瘤介绍二- 颌面部及五官肿瘤iv. 肿瘤介绍三- 神经系统肿瘤e) case studyi. 左视神经脑膜瘤ii. 第六胸椎乳腺癌转移iii. 第十脊椎iv. 肺部左叶鳞状细胞癌转移治疗v. 视觉器官脑膜瘤vi. 左顶叶动静脉畸形二、 项目管理类a) 场地规划i. 场地规划介绍(e 04/11/10)ii. 场地规划与设计指南介绍(c 06/07/26-sunny)iii. 射波刀系统执行指南(e 05/12/05)iv. 射波刀屏蔽要求英文版(e 06/03/01)v. 射波刀屏蔽要求中文版(c 06/03/22)vi. 射波刀的参数(06/03/09)vii. 射波刀设备技术指

6、标(05/07/06)viii. 射波刀-ct扫描方案(e 05/07/11)ix. 场地问题补充(06/03/01)x. 关于cks的稳压器、空气开关规格要求(06/03/27)xi. 急停开关简介(05/09/22)xii. 电源稳压器简介(05/09/19)xiii. 电线规格简介(05/09/10)xiv. 场地状况检查表单(06/04/17)xv. 场地规划样本图纸xvi. 场地规划样本图片xvii. 射波刀典型场地布局及要求(06/06/06)xviii. 场地规划概要(06/07/25-sam)b) 运输要求i. 射波刀装箱清单明细1(06/03/03)ii. 射波刀装箱清单明细

7、2(06/03/03)iii. 射波刀包装要求1(06/03/03)iv. 射波刀包装要求2(06/03/03)v. 射波刀底座进口要求(06/03/10)vi. 射波刀运输及装备说明书(05/07/30)三、 技术维护类a) 安装i. 用户安装基础资料表单(06/02/27)ii. 射波刀系统设备规格010603e(05/04/06)iii. 射波刀系统安装手册014877d(05/02/16)iv. 射波刀系统验收手册017751p(05/07/12)v. 直线加速器系统验收手册018128d(05/03/01)vi. 射波刀系统测试步骤019371h(05/03/04)vii. 射波刀试

8、运行及qa手册019420e(05/07/12)viii. 防火墙升级程序021186a(05/04/08)ix. 射波刀最终测试程序(05/08/22)x. 装机前工具包清单(05/08/13)xi. 底座安装工具包清单（含推荐供应商）(05/09/22)xii. 推荐的qa产品(04/12/07)xiii. 装机工具(05/08/24)xiv. 系统配置单e(05/08/22)xv. 射波刀机器臂操纵子系统校准手册019669d(06/05/08)xvi. 中国区安装工具明细(06/08/08)xvii. 中国区预安装工具明细(06/08/08)b) 维修i. 射波刀系统维护手册01708

9、9b(05/02/22)ii. 射波刀系统服务手册017353aa(05/02/17)iii. 射波刀系统紧急情况处理手册018964c(05/02/05)iv. 射波刀季度维护手册019546b(05/02/15)v. 射波刀半年维护手册019950a(05/02/15)vi. ms01射波刀保修服务建议说明(06/07/18)四、 用户类a) 申报材料i. 射波刀机房建设-防病中心(06/03/01).b) 培训i. 培训计划介绍(06/02/21-bob)ii. sm13射波刀客户培训计划(06/07/24)iii. sm12射波刀phase i training 行前教育手册(06/0

10、6/05)iv. 合富培训服务内容精要目录(06/06/05-sunny)c) 手册i. 射波刀用户手册目录(05/05/31)ii. 射波刀用户手册017792-d(e 05/02/17)iii. 射波刀呼吸追踪系统手册019468-d(e 05/02/05)iv. 射波刀治疗计划-临床用户手册019768-b(e 05/02/17)v. 射波刀病患准备流程彩页介绍(e 05/07/11)vi. 射波刀标志物追踪流程彩页介绍(e 05/07/11)vii. 射波刀病患指南彩页介绍(e 05/06/10)viii. 射波刀病患手册彩页介绍(e 05/08/03)ix. 射波刀治疗计划系统简易操

11、作手册(c 05/12/19)x. 物理师技术培训手册(e 06/08/01)文件夹d) 使用者i. pi04射波刀全球装机分布-截止2006/07ii. 射波刀全球用户名单-截止06/05(06/06/09)to be update五、 论文期刊类a) 电子档i. ronald c. mcgarry, stereotactic body radiation therapy of early-stage non-small-cell lung carcinoma: phase i study. int.j.radiation oncology biol. phys 2005;63:1010-1

12、015.(05/12/07)ii. michael lim, m.d., cyberknife radiosurgery for idiopathic trigeminal neuralgia. neurosurg.focus 2005;18:1-7(05/08/09)iii. e coste-maniere, robotic whole body stereotactic radiosurgery: clinical advantages of the cyberknife integrated system. medical robotics and computer assisted s

13、urgery 2005;1:28-39.(05/05/17)iv. christopher j.pham, preliminary visual field preservation after staged cyberknife radiosrgery for perioptic lesions. neurosurgery 2004;54:799-812.(05/03/11)v. cheng yu, an anthropomorphic phantom study of the accuracy of cyberknife spinal radiosurgery. neurosurgery

14、2004;55:1138-1149.(05/02/28)vi. albert c. koong, m.d., phase i study of stereotactic radiosurgery in patients with locally advanced pancreatic cancer. int.j.radiation oncology biol phys. 2004;58:1017-1021(05/02/22)vii. cheng yu, ph.d., dosimetric comparison of cyberknife with other radiosurgery moda

15、lities for an ellipsoidal target. neurosurgery 2003;53:1155-1163.(05/09/24)viii. peter c. gerszten, m.d., cyberknife frameless single-fraction stereotactic radiosurgery for tumors of the sacrum. 2003;15:1-5(05/07/29)ix. steven d.chang, an analysis of the accuracy of the cyberknife: a robotic framele

16、ss stereotactic radiosurgical system. neurosurgery 2003;52:140-147.(04/12/06)x. peter c.gerszten, cyberknife frameless single-fraction stereotactic radiosurgery for binign tumors of the spine. neurosurgical focus 2003;14:1-5.(04/11/14)xi. bristol regional medical center介绍(05/07/29)xii. x-ray guided

17、robotic radiosurgery for solid tumors介绍(05/07/29)xiii. image-guided robotic radiosurgery介绍(05/07/29)xiv. respiratory motion tracking of skin and liver in swine for cyberknife motion compensation介绍(05/03/01)xv. role of the cyberknife for the management of pancreatic cancer 介绍(05/03/01)xvi. skin respi

18、ratory motion tracking for stereotactic radiosurgery using the cyberknife 介绍(05/02/22)xvii. application of cyberknife for the treatment of juvenile nasopharyngeal angiofibroma: a case report 介绍(04/12/09)xviii. cyberknife radiotherapy for localized prostate cancer: rationale and technical feasibility

19、 介绍(04/11/14)b) 书籍文本i. 论文1. robert j.maciunas, the application accuracy of stereotactic frames. neurosurgery 1994;35:682-695.2. john r.adler, image-guided robotic radiosurgery. neurosurgery 1999;44:1299-1307.3. stephen i.ryu, image-guided hypo-fractionated stereotactic radiosurgery to spinal lesions

20、. neurosurgery 2001;49:838-846.4. martin j.murphy, fiducial-based targeting accuracy for external-beam radiotherapy. medical physics 2002;29(3):334.5. steven d.chang, an analysis of the accuracy of the cyberknife: a robotic frameless stereotactic radiosurgical system. neurosurgery 2003;52:140-147.6.

21、 pantaleo romanelli, cyberknife radiosurgery for trigeminal neuralgia. stereotactic&functional neurosurgery 2003;81:105-109.7. christopher r.king, cyberknife radiotherapy for localized prostate cancer: rationale and technical feasibility. technology in cancer research&treatment 2003;2:25-29.8. lee e

22、.ponsky, initial evaluation of cyberknife technology for extracorporeal renal tissue ablation. urology 2003;61:498-501.9. richard i.whyte, stereotactic radiosurgery for lung tumors: preliminary report of a phase i trial. the annals of thoracic surgery 2003;75:1097-1101.10. volker w.stieber, gentleme

23、n(and ladies),choose your weapons: gamma knife vs.linear accelerator radiosurgery. technology in cancer reaearch&treatment 2003;2:79-85.11. martin j.murphy, patterns of patient movement during frameless imageguided radiosurgery. radiation oncology 2003;55:1400-1408.12. peter c.gerszten, cyberknife f

24、rameless single-fraction stereotactic radiosurgery for binign tumors of the spine. neurosurgical focus 2003;14:1-5.13. quynh-thu le, improved local control with stereotactic radiosurgical boost in patients with nasopharyngeal carcinoma. radiation oncology 2003;56:1046-1054.14. peter c.gerszten, cybe

25、rknife frameless single-fraction stereotactic radiosurgery for tumors of the sacrum. neurosurg focus 2003;15:1-5.15. pantaleo romanelli, extracranial radiosurgery using the cyberknife. techniques in neurosurgery 2003;9:226-231.16. peter c.gerszten, cyberknife radiosurgery for the spine. techniques i

26、n neurosurgery 2003;9:232-241.17. martin j.murphy, tracking moving organs in real time. radiation oncology 2004;14:91-100.18. albert c.koong, phase i study of stereotactic radiosurgery in patients with locally advanced pancreatic cancer. radiation oncology 2004;58:1017-1021.19. christopher j.pham, p

27、reliminary visual field preservation after staged cyberknife radiosrgery for perioptic lesions. neurosurgery 2004;54:799-811.20. peter c.gerszten, cyberknife frameless stereotactic radiosurgery for spinal lesions: clinical experience in 125 cases. neurosurgery 2004;55:89-99.21. peter c.gerszten, cyb

28、erknife radiosurgery for metastatic spine tumors. neurosurgery clinics of north america 2004;15:491-501.22. cole a. giller, feasibility of radiosurgery for malignant brain tumors in infants by use of image-guided robotic radiosurgery: preliminary report. neurosurgery 2004;55:916-925.23. cheng yu, an

29、 anthropomorphic phantom study of the accuracy of cyberknife spinal radiosurgery. neurosurgery 2004;55:1138-1149.24. william vogel, lung cancer a pittsburgh rad therapists experience with the latest stereotactic radiosurgery. radiology today 2004;5:25. john r.adler, toward an expanded view of radios

30、urgery. neurosurgery 2004;55:1374-1376.26. e coste-maniere, robotic whole body stereotactic radiosurgery: clinical advantages of the cyberknife integrated system. medical robotics and computer assisted surgery 2005;1:28-39.六、 市场资讯类a) 射波刀用户赴美参访表单(06/02/27-jimmy)b) 射波刀在美国销售第50台文章发布(05/01/31)c) 市场造势计划(06/06/08)文件夹七、