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Radiation treatment planning / Radiation therapy / Computational human phantom / Proton therapy / Tomotherapy / Radiosurgery / Particle therapy / Dose-volume histogram / Multileaf collimator / Medicine / Radiation oncology / Medical physics


medicalphysicsweb review In association with the journal Physics in Medicine & Biology
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Document Date: 2013-12-17 03:15:59


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City

Bristol / Durham / Sydney / Mammography / Vancouver / Maastricht / London / /

Company

TomoTherapy / the New York Times / RaySearch Laboratories AB. / Journ s A / IOP Publishing / Elekta / reduc- Does ProBeam / South Carolina Oncology Associates / C-RAD / Varian Medical Systems / Varian Medical Systems International AG / /

Continent

Europe / /

Country

Brazil / United Kingdom / Netherlands / Japan / Canada / Australia / Germany / United States / /

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Event

Person Communication and Meetings / M&A / Reorganization / FDA Phase / /

Facility

Stanford University / Rinecker Proton Therapy Center / Paul Scherrer Institute / Princess Margaret Hospital / University of Michigan / University of Tsukuba’s Proton Medical Research Center / S Webb Institute of Cancer Research / German Cancer Research Center / Johns Hopkins University / Hanyang University / MD Anderson Cancer Center / St Louis clinic / University School / Washington University / Federal University of Pernambuco / Maastro Clinic / University Hospital Würzburg / University of Pennsylvania / Technical University of Delft / Duke University Medical Center / /

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IndustryTerm

diagnostic energy beam / medical imaging / re-projection device / operative / clinical external-beam device / energy / treatment planning systems / pharmaceuticals / irradiation research systems / medical imaging professionals / electronic portal imaging device / photon energy / oncology data systems / immobilization devices / 2D orthogonal imaging / volume imaging / chemical composition / recent online content / pencilbeam scanning technology / near-optimal solution / study protocols / overall imaging system latency / real-time tracking / treatment of head-andneck cancers / Precision small-animal radiation technology / prototype devices / advertising opportunities / iterative reconstruction algorithm / tomographic imaging / quality control tool / coincidence imaging system / acceleration energy / precise solution / imaging / radiotherapeutic technologies / quantitative tools / incident photon energy / in-line imaging system / devise research protocols / model-based dose calculation algorithms / segmentation tools / metal plate / 3D imaging / monoenergetic energy deposition kernels / treatment planning software covers double scattering / hand-held device / in situ imaging / treatment of oesophageal cancer / non-rigid surface registration algorithms / health insurance / research tools / conventional device / /

MedicalCondition

lung tumours / non-small cell lung cancer / paediatric cancers / smallanimal disease / hepatocellular carcinoma / localized prostate cancer / diseases / ocular tumours / tumours / large tumours / small tumours / early stage lung cancer / prostate cancer / stage lung cancer / cancer / NSCLC / unresectable oesophageal cancer / specific disease / distal oesophageal cancer / radiation necrosis / oesophageal cancer / cancers / tumour / human disease / /

MedicalTreatment

radiotherapy / surgery / intensity-modulated radiotherapy / relaxation / radiation therapy / radiation treatments / radiation treatment / brachytherapy / radiation / Stereotactic body radiotherapy / X-ray therapy / /

Organization

Paul Scherrer Institute in Switzerland / Princess Margaret Hospital in Toronto / Washington University School of Medicine / FDA / Washington University / Johns Hopkins University / University of Tsukuba’s Proton Medical Research Center / German Cancer Research Center / Webb Institute of Cancer Research / the University of Michigan / NHS / Hanyang University in Korea / Technical University of Delft in the Netherlands / Yale University School of Medicine Automates / Yale / the University of Pennsylvania / Yale University School of Medicine / In association / Rinecker Proton Therapy Center in Munich / Federal University of Pernambuco / Stanford University / Duke University Medical Center / /

Person

Erik Tryggestad / Patrick Granton / Reinhart Sweeney / Kristofer Maad / Hideyuki Sakurai / Kevin Moore / James Welsh / Jonathan Stenbeck / Suleman Surti / Martin Fast / Robert Lee / Frank Verhaegen / Roy Decker / Scott Brame / Chan Hyeong Kim / Richard Kramer / Jan Timmer / John Warman / Jude Dineley / Sasa Mutic / Tami Freeman / Paul Rucci / /

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Position

detective / science and technology journalist / author / lead author / representative / Editor / co-author / Editor-in-Chief / treatment head / product manager / medical physicist / marketing manager / dosimetrist / Physicist / head of clinical physics / sales representative / editor of medicalphysicsweb / /

Product

TrueBeam radiotherapy system / Catalyst / TrueBeam / US / /

ProvinceOrState

Quebec / Pennsylvania / Connecticut / Michigan / /

PublishedMedium

the New York Times / Cancer Research / /

SportsLeague

Stanford University / /

Technology

radiation / RAM / X-ray / pencilbeam scanning technology / drug discovery / devise research protocols / tomography / polymerization / Wi-Fi / pdf / lasers / simulation / 2.4 GHz processor / iterative reconstruction algorithm / model-based dose calculation algorithms / digital camera / radiation technology / medical imaging / non-rigid surface registration algorithms / IMPT technology / 41 study protocols / /

URL

www.modusmed.com / www.mucheck.com / www.gammex.com / www.Accuray.com / www.patientdoseanalysis.com / www.radcal.com / www.varian.com/eclipse / /

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