Designing IMRT for lung cancer

Authors	M. Engelsman
Supervisors	G.M.M. Bartelink
Cosupervisors	B.J. Mijnheer
Award date	17-01-2002
Number of pages	160
Organisations	Faculty of Medicine (AMC-UvA)
Document type	PhD thesis
Note	Research conducted at: NKI
Language	English
Downloads	Thesis Cover Stellingen Titlepage Contents Chapter 1 General introduction Chapter 2 IMPACT OF SIMPLE TISSUE INHOMOGENEITY CORRECTION ALGORITHMS ON CONFORMAL RADIOTHERAPY OF LUNG TUMOURS Chapter 3 THE EFFECT OF BREATHING AND SET-UP ERRORS ON THE CUMULATIVE DOSE TO A LUNG TUMOUR Chapter 4 FIELD SIZE REDUCTION ENABLES ISO-NTCP ESCALATION OF TUMOR CONTROL PROBABILITY FOR IRRADIATION OF LUNG TUMORS Chapter 5 THE THEORETICAL BENEFIT OF BEAM FRINGE COMPENSATION AND FIELD SIZE REDUCTION FOR ISO-NTCP DOSE ESCALATION FOR LUNG CANCER Chapter 6 OPTIMISING RADIATION TREATMENT PLANS FOR LUNG CANCER USING PERFUSION INFORMATION Chapter 7 General discussion Chapter 8 Summary Samenvatting Dankwoord Curriculum vitae Cover
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