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Artificial Intelligence-Augmented Morphometric Reporting for Standardized Facial Aesthetic Treatment Planning: A Multi-Rater Reliability Study. [PDF]
Karakoyun Ö +4 more
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Human-like AI-based auto-field-in-field whole-brain radiotherapy treatment planning with conversation large language model feedback. [PDF]
Jafar A +5 more
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An Artificial Intelligence Dose Engine for Fast Carbon Ion Treatment Planning. [PDF]
Quarz A +9 more
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Radiotherapy treatment planning for esophageal cancer: JASTRO guidelines 2024 for radiotherapy treatment planning. [PDF]
Jingu K +16 more
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Automated Radiotherapy Treatment Planning.
Seminars in Radiation Oncology, 2019The "treatment planning" component of managing a radiotherapy patient currently consumes hours, even days, of human effort. The time and workforce demands of the current planning paradigm can expose patients to delays and potentially substandard ...
K. Moore
semanticscholar +1 more source
Treatment Objectives and Treatment Planning
Dental Clinics of North America, 1981Treatment planning is perhaps the most challenging aspect of orthodontic treatment. Each patient is an individual and must be treated as such. A conscientious clinician must avoid casting every patient into stereotyped treatment. This article has attempted to present one way to aid and guide the clinician in the methodical thought process necessary in ...
openaire +2 more sources
International Journal of Radiation Oncology, Biology, Physics, 2019
BACKGROUND Pre-clinical research into ultrahigh dose-rate (e.g. ≥40Gy/s) "FLASH"-radiotherapy suggests a decrease in side-effects compared to conventional irradiation, while maintaining tumor control. When FLASH is delivered using a scanning proton beam,
Patricia van Marlen +5 more
semanticscholar +1 more source
BACKGROUND Pre-clinical research into ultrahigh dose-rate (e.g. ≥40Gy/s) "FLASH"-radiotherapy suggests a decrease in side-effects compared to conventional irradiation, while maintaining tumor control. When FLASH is delivered using a scanning proton beam,
Patricia van Marlen +5 more
semanticscholar +1 more source
Medical Physics, 2018
Treatment planning for protons and heavier ions is adapting technologies originally developed for photon dose optimization, but also has to meet its particular challenges. Since the quality of the applied dose is more sensitive to geometric uncertainties, treatment plan robust optimization has a much more prominent role in particle therapy.
Minna, Wedenberg +3 more
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Treatment planning for protons and heavier ions is adapting technologies originally developed for photon dose optimization, but also has to meet its particular challenges. Since the quality of the applied dose is more sensitive to geometric uncertainties, treatment plan robust optimization has a much more prominent role in particle therapy.
Minna, Wedenberg +3 more
openaire +2 more sources

