Image-Guided Radiation Therapy of Prostate Cancer
Simulation Methods, Evaluation Tools, and Optimization Techniques for Clinical Use
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Over the last decade, interest in the use of imagingtechnologies during radiotherapy has increaseddramatically as the need for minimizing geometricuncertainties during highly conformal radiationdeliveries became apparent. Due to this, manyinnovative in-room imaging technologies for treatmentguidance has been developed and translated in todaily clinical use. However, with this rise ininterest has also sparked the need to evaluate andunderstand the optimal use of such technologies forcancer treatment. With a focus on prostate cancer asan example, this book therefore aims to provide theaudience w...
Over the last decade, interest in the use of imaging
technologies during radiotherapy has increased
dramatically as the need for minimizing geometric
uncertainties during highly conformal radiation
deliveries became apparent. Due to this, many
innovative in-room imaging technologies for treatment
guidance has been developed and translated in to
daily clinical use. However, with this rise in
interest has also sparked the need to evaluate and
understand the optimal use of such technologies for
cancer treatment. With a focus on prostate cancer as
an example, this book therefore aims to provide the
audience with systematic evaluation of various
technologies used during radiotherapy for treatment
guidance. Using modern evaluation tools such as
deformable image registration, convolution, and
radiobiologic indices, the potential benefits of
in-room imaging technologies during radiotherapy is
demonstrated. The analysis should help shed some
light on the useful techniques and benefits of using
new and exciting imaging technologies for radiation
treatments of cancer.
technologies during radiotherapy has increased
dramatically as the need for minimizing geometric
uncertainties during highly conformal radiation
deliveries became apparent. Due to this, many
innovative in-room imaging technologies for treatment
guidance has been developed and translated in to
daily clinical use. However, with this rise in
interest has also sparked the need to evaluate and
understand the optimal use of such technologies for
cancer treatment. With a focus on prostate cancer as
an example, this book therefore aims to provide the
audience with systematic evaluation of various
technologies used during radiotherapy for treatment
guidance. Using modern evaluation tools such as
deformable image registration, convolution, and
radiobiologic indices, the potential benefits of
in-room imaging technologies during radiotherapy is
demonstrated. The analysis should help shed some
light on the useful techniques and benefits of using
new and exciting imaging technologies for radiation
treatments of cancer.
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