Efficient Dosimetry for Proton Therapy

Similar documents
Scripps Proton Therapy Center: Configuration and Implementation

RADIATION THERAPY. Dosimetry Pioneers since 1922 NEW

HITACHI Proton Beam Therapy System

Precise Treatment System Clinically Flexible Digital Linear Accelerator. Personalized radiotherapy solutions for everyday treatment care

Clinical Education A comprehensive and specific training program. carry out effective treatments from day one

1. Provide clinical training in radiation oncology physics within a structured clinical environment.

Feasibility Study of Neutron Dose for Real Time Image Guided. Proton Therapy: A Monte Carlo Study

FOR IMMEDIATE RELEASE

ELECTRONIC MEDICAL RECORDS (EMR) STREAMLINE CH I PROCESS. Ping Xia, Ph.D. Head of Medical Physics Department of Radiation Oncology Cleveland Clinic

3D SCANNERTM. 3D Scanning Comes Full Circle. s u n. Your Most Valuable QA and Dosimetry Tools A / B / C. The 3D SCANNER Advantage

NIA RADIATION ONCOLOGY CODING STANDARD. Dosimetry Planning

Worldwide Quality Assurance networks for radiotherapy dosimetry

Cyclotron Centre in Poland and 2D thermoluminescence dosimetry

Intensity-Modulated Radiation Therapy (IMRT)

INTENSITY MODULATED RADIATION THERAPY (IMRT) FOR PROSTATE CANCER PATIENTS

RapidArc QA Program in Prince of Wales Hospital. Michael L. M. Cheung, Physicist Prince of Wales Hospital Hong Kong

Use of 3D Printers in Proton Therapy

Current Status and Future Direction of Proton Beam Therapy

Use of the VALIDATOR Dosimetry System for Quality Assurance and Quality Control of Blood Irradiators

World-first Proton Pencil Beam Scanning System with FDA Clearance

Quality Assurance for Treatment Planning Systems

Study the Quality Assurance of Conventional X-ray Machines Using Non Invasive KV meter

Clinical Physics. Dr/Aida Radwan Assistant Professor of Medical Physics Umm El-Qura University

Post Treatment Log File Based QA Varian. Krishni Wijesooriya, PhD University of Virginia. D e p a r t m e n t of R a d i a t i o n O n c o l o g y

The effects of radiation on the body can be divided into Stochastic (random) effects and deterministic or Non-stochastic effects.

Status and perspective of emission imaging techniques for ion beam therapy in Lyon

Innovative RT SBRT. The variables with REQ in superscript are required.

IGRT. IGRT can increase the accuracy by locating the target volume before and during the treatment.

PROTON THERAPY FREQUENTLY ASKED QUESTIONS

In room Magnetic Resonance Imaging guided Radiotherapy (MRIgRT( MRIgRT) Jan Lagendijk and Bas Raaymakers

AN INNOVATIVE & CUTTING-EDGE DIGITAL RADIOGRAPHY SYSTEM

Proton Radiotherapy. Cynthia Keppel Scientific and Technical Director Hampton University Proton Therapy Institute. Lead Virginia.

Centralizing image and data management in radiation oncology with MOSAIQ Data Director

Veraview IC5 HD High definition, digital imaging excellence. Thinking ahead. Focused on life.

Proton beam. Medical Technical Complex Joint Institute for Nuclear Research, Dubna, Russia

Volumetric modulated arc therapy (VMAT) for prostate cancer

Quality Assurance of Radiotherapy Equipment

kv-& MV-CBCT Imaging for Daily Localization: Commissioning, QA, Clinical Use, & Limitations

DOSES TO EYES AND EXTREMITIES OF MEDICAL STAFF DURING INTERVENTIONAL RADIOLOGY PROCEDURES

Accreditation a tool to help reduce medical errors. Professor Arthur T Porter PC MD FACR FRCPC FACRO

Albany Medical Center Chief Medical Physicist Radiation Oncology Imaging and Related Services

Radiation therapy involves using many terms you may have never heard before. Below is a list of words you could hear during your treatment.

MOSAIQ Radiation Oncology EMR

Implementation of Cone-beam CT imaging for Radiotherapy treatment localisation.

Advanced variance reduction techniques applied to Monte Carlo simulation of linacs

Quality Assurance in Stereotactic. Radiotherapy

HDR Brachytherapy 1: Overview of QA. Disclosures: Learning Objectives 7/23/2014

Development of on line monitor detectors used for clinical routine in proton and ion therapy

METHODS OF BOLUSING THE TRACHEOSTOMY STOMA

How To Treat Cancer With Proton Therapy

Design and Scheduling of Proton Therapy Treatment Centers

Total Solutions. Best NOMOS One Best Drive, Pittsburgh, PA USA phone NOMOS

Secondary Neutrons in Proton and Ion Therapy

DORADOselect L ASER SYSTEMS FOR VIRTUAL SIMUL ATION

INTRODUCTION. A. Purpose

Our Department: structure and organization

HADRON THERAPY FOR CANCER TREATMENT

Radiation Therapy. 1. Introduction. 2. Documentation of Compliance. 3. Didactic Competency Requirements. 4. Clinical Competency Requirements

IAC Ch 41, p.1. Procedure means a stereotactically guided breast biopsy performed on a patient for diagnostic purposes.

Ultrasound Phantoms: B-Mode, Doppler and Others. Heather M. Pierce, B.S. Norfolk, VA

Daily IGRT with CT-on-Rails Can Safely Reduce Planning Margin for Prostate Cancer: Implication for SBRT

Role of the Medical Physicist in Clinical Implementation of Breast Tomosynthesis

Quality control tests of diagnostic radiology equipment in Hungary, and its radiation protection aspects

proper way. Therefore operator training and certification is key in every inspection program to ensure compliance and improve quality and integrity.

Press release Regulated information

Hitachi Healthcare Company - Our Strategy and Opportunities -

Proton Therapy. What is proton therapy and how is it used?

Basic Radiation Therapy Terms

Proton Therapy Center at the Institute of Nuclear Physics in Kraków - from the Eye Treatment to the Scanning Gantry

External dosimetry Dosimetry in new radiotherapeutic techniques

ARIA ONCOLOGY INFORMATION SYSTEM RADIATION ONCOLOGY

Irradiation Field Size: 5cmX5cm 10cmX10cm 15cmX15cm 20cmX20cm. Focus-Surface Distance: 100cm. 20cm Volume of Ion Chamber : 1cmX1cmX1cm

X-ray (Radiography) - Bone

A Patient s Guide to the Calypso System for Breast Cancer Treatment

M D Anderson Cancer Center Orlando TomoTherapy s Implementation of Image-guided Adaptive Radiation Therapy

Performance evaluation and quality assurance of Varian enhanced dynamic wedges

Alternative Job-Shop Scheduling For Proton Therapy

TISSUE MIMICKING GEL QUALITY LE PHANTOM SERIES DESIGN. performance the ultrasound labs ofand. icking material has the same attenuation mim-

Proton therapy out of reach? Think again!

Quality Reports With. PlanIQ. *Export only. 510(k) pending. Patent pending. Your Most Valuable QA and Dosimetry Tools

Fundamentals of Cone-Beam CT Imaging

X-ray (Radiography) - Abdomen

Mammography. What is Mammography?

The role, responsibilities and status of the clinical medical physicist in AFOMP

Proton Therapy: Cutting Edge Treatment for Cancerous Tumors. By: Cherilyn G. Murer, JD, CRA

5.2 ASSESSMENT OF X-RAY TUBE LEAKAGE RADIATION AND X-RAY TUBE OUTPUT TOTAL FILTRATION

MODELING AND IMPLEMENTATION OF THE MECHANICAL SYSTEM AND CONTROL OF A CT WITH LOW ENERGY PROTON BEAM

C A M P E P. Standards for Accreditation of Graduate Educational Programs in Medical Physics

Deformable Registration for Image-Guided Radiation Therapy

Our Facility. Advanced clinical center with the newest and highly exact technology for treatment of patients with cancer pencil beam

Image Quality and Radiation Dose for Intraoral Radiography: Hand-Held Held (Nomad), Battery Powered

THE DOSIMETRIC EFFECTS OF

The Center for Cancer Care. Comprehensive and compassionate care

Portuguese Health Physics Society: Calibrating Pen Dosimeters with and without a Phantom

IBA Proton Therapy. Biomed days Vincent Bossier. System Architect Protect, Enhance and Save Lives

Accelerated Partial Breast Irradiation (APBI) for Breast Cancer [Pre-authorization Required]

METASTASES TO THE BONE

Accreditation Is Coming

Transcription:

Efficient Dosimetry for Proton Therapy

Why IBA Dosimetry? IBA Dosimetry offers the full product range tailored to fit any Proton Therapy QA needs. PT treatment safety, as well as most efficient dosimetry and QA is the center of our high-end solutions. IBA s unique innovations for PT dosimetry are designed to minimize QA times and to maximize commissioning and patient throughput of busy PT centers. Fastest Significant reduction of commissioning time: Earlier start of patient treatments Faster daily QA: Higher patient throughput Most Accurate Highest resolution detector technology Unique dedicated QA solutions tailored for PT Most Reliable Complete QA solution from the leader in RT dosimetry Utilizing >20 years of PT experience and innovation Time Saving and Additional Patient Load with dedicated IBA Dosimetry Solutions Single Double Uniform scanning scanning scanning PBS Potential time saving* Additional patients 1 Zebra for commissioning Zebra for machine QA 70 days per room (commissioning) 30 min. per day 2310 patients per room (70 extra treatment days) 1 patient per day Lynx PT 45 min. every day (machine specific QA) 1.5 patients per day DigiPhant PT 1 Patient load calculation based on 5.5 working days per week; 14 treatment hours per day (2 shifts); 25 min. treatment fraction time; 33 fractions per day per room. * For uniform scanning beam type delivery. 30 min. per patient (patient dose QA) Total time saving up to: 1:45 hours per day 1 patient per day Total additional patients: 3.5 patients per day 2 IBA DOSIMETRY FOR PROTON Therapy

3x Faster Commissioning of PT Rooms, Higher Daily Patient Throughput For fastest commissioning and fastest daily consistency checks Unique multi-layer ionization chamber design: Instant uniform scanning of entire Percentage Depth Dose High spatial resolution: 180 independent plane parallel chambers Water equivalent material for equivalent scattering properties Easy to use interface to OmniPro-Incline software 3x Faster Commissioning, 70 Days Earlier Patient Treatment 1 Water phantom Conventional solutions 2 PT room commissioned PT room commissioned Zebra IBA Zebra Patient treatment 70 days earlier (each PT room) day 1 day <30 day 100 2 1 Compared to commissioning using water phantom; 2 PT room commissioning typically takes 100 days with conventional solutions The use of Zebra reduces the overall time of the commissioning and depth dose measurements in patient specific QA process down to about 10% of time that would have been needed with standard water phantom. Tae Kyu Lee, Ph.D. et.al.: PTCOG 2011 Poster: Clinical application of ZEBRA (MLIC) system with Uniform Scanning Proton Beam Hampton University Proton Therapy Institute (HUPTI), Hampton, VA 3 IBA DOSIMETRY FOR PROTON TheRaPy

Highest Accuracy and Speed for Daily Machine Parameter Verification Optimized for pencil beam scanning High resolution scintillator-based sensor Active surface of 30 x 30 cm²; effective resolution of 0.5 mm Single shot and movie mode measurements Compatible with OmniPro-I mrt, Dicom RT export supported 45 Minutes Daily Time Saving for Machine Parameter Verification Film Film measurement Film processing Film scanning & analysis Machine QA completed Machine QA completed Lynx PT Lynx PT measurements OmniPro analysis 45 min. more treatment time each day 15 min. up to 60 min. Go Filmless: Replace time consuming and cumbersome film QA without sacrificing resolution during commissioning and weekly checks of spot delivery. 4 IBA DOSIMETRY FOR PROTON Therapy

Patient Dose QA for Pencil Beam Scanning: 30 Minutes Faster Each Time! Innovative solution: Water phantom with motorized MatriXX PT detector Replaces time consuming manual solutions Dedicated MatriXX PT with 1020 ion chambers Measuring 2D and 3D dose distribution in water Analysis of relative and absorbed dose Data storage and evaluation in OmniPro-I mrt 30 Minutes Faster Dose Measurement and Verification 1 2D array with solid water slabs Conventional step-by-step patient dose measurement 2 Patient dose measurement completed Continuous measurements 3 Patient dose measurement completed DigiPhant PT 30 min. more treatment time per patient 20 min. 47 min. 1 Actual patient dose measurements consist of 10 individual measurements of 2 min. each per depth dose 2 Conventional: Physicist walks 9 x into treatment room and removes one slab of solid water from the 2D array to simulate next water depth (20 min. measurements + 9 times 3 min. to open vault door, enter room, remove...) 3 DigiPhant PT continuous process entirely operated from the control room, no walking into the treatment room 5 IBA DOSIMETRY FOR PROTON Therapy

In IBA Vivo in a Nutshell treatment verification Introduction Introduction Introduction Introtro IBA offers innovative high-quality Intro solutions and services with Intro a focus on patient safety in cancer diagnosis and therapy. Bahnhofstr. 5 The rapid development of advanced treatment Furthermore In Vivo Dosimetry 90592 Schwarzenbruck, is used to control Germany techniques Medical Imaging: and planning places higher demands the total accumulated dose Tel.: +49 in cases 9128 where 607 0 the on Safer the verification Imaging, of Earlier the dose Cancer delivered Detection to the patient. In Vivo Dosimetry is an essential element in the as in total body irradiation (TBI), in the build-up treatment planning system Fax: is +49 less 9128 accurate, 607 10such quality Innovative assurance Quality program Assurance used in (QA) today s devices radiotherapy image department. quality checks, In several as well European as QA of countries diagnostic displays region. IBA Dosimetry America for x-ray dose region and and in risk organs North in the America, head and Latin neck America In Vivo Dosimetry has become mandatory, based 3150 Stage Post Drive, Suite 110 Patient dose monitoring solutions for x-ray imaging systems on the directive Medical Exposure Directive 97/43/ The rapid development Bartlett, of advanced TN 38133, treatment USA Euratom, which recommends that In Vivo Dosimetry Radiation is performed. Therapy: on the verification of the Fax: dose +1 delivered 901 382 9453 to the pati- techniques and planning Tel.: places +1 901 higher 386 2242 demands Fighting Cancer Safely and Precisely ent. In Vivo Dosimetry is an essential element in the Furthermore In Vivo Dosimetry is used to control quality assurance program Asia used Pacific in today s radiotherapy department. In IBA several Dosimetry European Asia countries Pacific the total Industry-leading accumulated dosimetry dose in cases and QA where solutions the that maximize treatment efficiency planning and minimize system is errors less accurate, for better such outcomes In Vivo Dosimetry has become No.6, Xing mandatory, Guang Er based Jie Beijing as in total body irradiation (TBI), in the build-up on the directive Medical OPTO-mechatronics Exposure Directive 97/43/ Flexible soft tissue imaging markers (VISICOIL ) enable region and in risk organs in the head and neck Euratom, which recommends Industrial that Park In (OIP), Vivo Dosimetry is performed. Tongzhou District precise tumor targeting and tracking for pinpoint RT, IGRT region. and SBRT treatment accuracy and patient safety Beijing 101111, China The rapid Undisputed development leader in of Proton advanced Therapy treatment delivery systems: Furthermore In Vivo Dosimetry Tel.: +86 is 10 used 8080 to 9288 control techniques Providing and highly planning precise places and higher effective demands radiation therapy total accumulated dose Fax: +86 in cases 10 8080 where 9299 the on the verification of the dose delivered to the patient. In Vivo Dosimetry is an essential element in the quality assurance program used in today s radiotherapy department. In several European countries In Vivo Dosimetry has become mandatory, based on the directive Medical Exposure Directive 97/43/ Euratom, which recommends that In Vivo Dosimetry is performed. Contact details: dosimetry-info@iba-group.com Europe, Middle East, Africa IBA Dosimetry GmbH treatment planning system is less accurate, such as in total body irradiation (TBI), in the build-up region and in risk organs in the head and neck region. RT-BR-E-Dosi_PT-Rev.4-0813 IBA 2013 All rights reserved Manufacturer: IBA Dosimetry GmbH www.iba-dosimetry.com 5 IBA DOSIMETRY FOR Proton Therapy