77 results on '"Midili F."'
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2. LATTICE AS SFRT PRACTICE IN UNRESECTABLE AND UNSUITABLE TO ABLATIVE RADIOTHERAPY BULKY TUMORS
3. DOSIMETRIC COMPARISON BETWEEN IMRT AND VMAT PLAN IN IRRADIATION FOR LUNG CANCER
4. FETAL DOSE EVALUATION IN A PATIENT WITH GLIOBLASTOMA: IMRT VS 3D-CRT
5. LAD SPARING IN LEFT-SIDED BREAST PLAN: DOSIMETRIC COMPARISON IN 3D-CRT, IMRT AND VMAT TECHNIQUES
6. CYBERKNIFE (CK) SBRT BOOST IN LOCALLY ADVANCED CERVICAL CARCINOMA (LACC) PATIENTS UNFIT TO BRACHYTHERAPY: PLANIFICATION AND DOSIMETRIC EVALUATION
7. PATIENT ENTRANCE SURFACE KERMA RATES EVALUATION IN INTERVENTIONAL CARDIOLOGY
8. PD-04.15 - PATIENT ENTRANCE SURFACE KERMA RATES EVALUATION IN INTERVENTIONAL CARDIOLOGY
9. PD-01.45 - DOSIMETRIC COMPARISON BETWEEN IMRT AND VMAT PLAN IN IRRADIATION FOR LUNG CANCER
10. PD-01.34 - LAD SPARING IN LEFT-SIDED BREAST PLAN: DOSIMETRIC COMPARISON IN 3D-CRT, IMRT AND VMAT TECHNIQUES
11. PC-07.4 - FETAL DOSE EVALUATION IN A PATIENT WITH GLIOBLASTOMA: IMRT VS 3D-CRT
12. PC-01.27 - CYBERKNIFE (CK) SBRT BOOST IN LOCALLY ADVANCED CERVICAL CARCINOMA (LACC) PATIENTS UNFIT TO BRACHYTHERAPY: PLANIFICATION AND DOSIMETRIC EVALUATION
13. MO-03.4 - LATTICE AS SFRT PRACTICE IN UNRESECTABLE AND UNSUITABLE TO ABLATIVE RADIOTHERAPY BULKY TUMORS
14. 211. CyberKnife SBRT: Monte Carlo (MC) vs. Ray Tracing (RT) in retrorbital and subcutaneous tumors.
15. 291. Digital breast tomosynthesis mean glandular dose evaluation
16. Studio di Fase II che compara la Radiochirurgia con Cyberknife più o meno Temozolomide dose dense nel trattamento dei Gliomi ricorrenti. Dati preliminari
17. Inverse planning and hypofractionated schedules for cyberknife system: a new potential approach for re-treatment after full-course of external beam radiation therapy. Our experience
18. Analysis of the accuracy of the image-guided system of CyberKnife G4: a robotic device for radiosurgery treatment
19. Radiosurgical approach for treatment of skull base tumor. Experience with Cyberknife system in our centre
20. CyberKnife Robotic Radiosurgery' nei meningiomi. Dati preliminari e lezioni apprese
21. 3D Rotational Angiography for Cyberknife treatment planning for arteriovnous malformations
22. 3D Rotational Angiography for CyberKnife Treatment Planning for ArterioVenous Malformations
23. CyberKnife radiosurgery in critical areas brain metastases: a preliminary report
24. IGRT and Robotic Technology for new advanced Radiation Therapy. One year of experience with the Cyberknife® Robotic Radiosurgery System for treatment of intracranial and extracranial lesions
25. Stereotactic radiotherapy in the retreatment of recurrent cervical cancers
26. Three-isocenter jagged-junction IMRT of craniospinal irradiation: Treatment planning and pre-treatment verifications
27. Spinal lesion treatment using the CyberKnife: A single fraction radiosurgical technique
28. IMRT pre-treatment verification, 2D vs 4D: Problems associated with the couch attenuation
29. Singola sessione (SS) vs Multisessione (MS) Radiochirurgica nel trattamento delle metastasi vertebrali
30. THE CLINICAL VOLUME USED FOR VIRTUAL HDRCYBERKNIFE® IN THE TREATMENT FORLOCALIZED PROSTATE CANCER. PRELIMINARYEXPERIENCE
31. VIRTUAL HDR CYBERKNIFE® TREATMENT FOR LOCALIZED PROSTATE CANCER. PRELIMINARY EXPERIENCE
32. DOES THE HYPOFRACTIONATION ALLOW ANEFFECTIVE RADIATION TREATMENT OFPERIOPTIC PARASELLAR MENINGIOMAS?RADIOBIOLOGICAL CONSIDERATIONS
33. Nuove frontiere dell'IGRT: Il sistema robotico CyberKnife
34. APPROCCIO RADIOCHIRURGICO PER IL TRATTAMENTO DEI TUMORI DEL BASICRANIO. ESPERIENZA NEL NOSTRO CENTRO CON SISTEMA CYBERKNIFE
35. Pianificazione Inversa e schedule ipofrazionate per il SistemaCyberknife: un nuovo potenziale approccio per il ritrattamento dopo un ciclo completo di radioterapia a fasci esterni. Nostra esperienza
36. Analysis of the accuracy of the image-guided system of CyberKnife G4: a robotic device for radiosurgery treatment
37. CyberKnife Robotic Radiosurgery' nei meningiomi. Dati preliminari e lezioni apprese
38. Radiochirurgia Cyberknife dei meningiomi: risultati preliminari
39. Radiosurgical approach for treatment of skull base tumor. Experience with Cyberknife system in our centre
40. Multiple Recurrent Hemangiopericytoma Treated with the CyberKnufe Robotic Radiosurgery System:A Case Report
41. Inverse planning and hypofractionated schedules for cyberknife system: a new potential approach for re-treatment after full-course of external beam radiation therapy. Our experience
42. Lymph-nodes irradiation with Cyberknife® Robotic Radiosurgery System and multiple receptor tyrosine kinase inhibitor (Sunitinib) in metastatic renal cell carcinoma (RCC). A case report
43. Inclusion of 3D Rotational Angiography in the Cyberknife® Treatment Planning of Arterio Venous Malformation
44. Optimization of CyberKnife treatment parameters to reduce irradiation of the venous system in radiosurgery of parasagittal meningiomas
45. Cyberknife Radosurgery in Critical Areas Brain Metastates: A Preliminary Report
46. Radiochirurgia CyberKnife nei neurinomi dell'acustico con voluminosa estensione cisternale: risultati preliminari
47. Evaluation of Dose and Volume in Virtual HDR Cyberknife® treatment for localized prostate cancer. Preliminary experience
48. 3D Rotational Angiography for Cyberknife treatment planning for arteriovnous malformations
49. High-Dose Robotic Stereotactic Body Radiotherapy in the Treatment of Patients With Prostate Cancer
50. A.209 - Spinal lesion treatment using the CyberKnife: A single fraction radiosurgical technique
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