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Max Cancer Centre, Saket, New Delhi – 110017 (India) ESTRO SCHOOL - AROI TEACHING COURSE ADVANCED TECHNOLOGIES IN RADIATION ONCOLOGY 6th – 9th December 2015 Bank details for online payments: 1. Name of the bank: Axis Bank Ltd. 2. Name of the branch: K-12, Green Park Main, New Delhi- 110016 3. Account No.: 015010200023445 4. NEFT/RTGS CODE: UTIB0000015 5. 9 digit MICR Code: 110211003 course aim/rationale The aim of the course is to provide: - Understanding of the principles and background of IMRT and IGRT - Knowledge of the impact of various geometrical uncertainties and where they can be minimised - Knowledge of QA of IMRT and IGRT - An overview of available techniques, being able to choose between techniques and knowledge of their limitations - Planar and 3D in room imaging - Workow and efciency at the department for implementation of IMRT and IGRT - Clinical rationale, limitations and evidence for advanced technologies - Knowledge of inverse treatment planning optimisation, biological optimisation and dose painting learning outcomes By the end of this course participants should be able to: - Implement IGRT and IMRT in their own clinic - Be able to tailor IGRT and IMRT to their specic home situation - On-site demonstrations of advanced techniques - Panel and participants discussion: IMRT and IGRT, the case pro and against - Dose volume constraints - Methods of optimisation - Dosimetry of IMRT - Imaging and target delineation - Geometrical uncertainties - Planar and volumetric imaging - Image registration - Setup correction strategies - Clinical sessions on thorax, pelvic, and head and neck cancer covering the interaction of physics and clinic - Workow in the clinic including “how they do that” tips course content The course is aimed at Radiation Oncologists, Radiation Physicists and Radiation Therapists (RTTs) who will participate in advanced technologies like IMRT and IGRT in their department. Some experience in the eld of conformal therapy, target delineation and treatment planning is desirable. Making advanced technologies work is a team effort therefore simultaneous participation of the three disciplines is strongly recommended. 26 hours lectures 04 hours demonstrations teaching methods methods of assessment Evaluation Form Mail to: [email protected] Ms Meenakshi (Programme Coordinator, Radiation Oncology Max Cancer Centre) Max Super Speciality Hospital, Saket, New Delhi - 110017, INDIA REGISTRATION FORM Max Super Speciality Hospital, 1-2, Press Enclave Road, Saket, New Delhi – 110017, INDIA Organised by: MAX CANCER CENTRE Max Super Speciality Hospital Saket, New Delhi – 110017, INDIA Venue: SHERATON HOTEL District Centre, Saket, New Delhi (6th Dec 2015) AUDITORIUM, MAX SAKET (7th - 9th Dec 2015) ESTRO SCHOOL - AROI TEACHING COURSE ADVANCED TECHNOLOGIES IN RADIATION ONCOLOGY NEW DELHI 6th – 9th December 2015 target group Signature Name: _______________________________________________________________________ AROI-Membership: ________________________________________________________ Designation: _________________________________________________________________ Name and Address of the institute: ____________________________________________________ ________________________________________________________________________________ ____________________________________________________________________________ Email ID: ________________________________Mob.:______________________________ Amount Rs ______________________________________________________________________ Bank payment details: DD/ Chq No.: ___________________________________________________ Bank/ Branch: _____________________ DD/Cheque in favour of "Devki Devi Foundation" payable at New Delhi. Payment can also be made by bank transfer, attach the payment receipt.

cm o/ ruatirosne ale · 2015. 8. 21. · Associate Professor, Radiation Oncologist, Tata Memorial Centre, Mumbai Dr. T. Ganesh Chief Medical Physicist, Fortis Memorial Research Institute,

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Page 1: cm o/ ruatirosne ale · 2015. 8. 21. · Associate Professor, Radiation Oncologist, Tata Memorial Centre, Mumbai Dr. T. Ganesh Chief Medical Physicist, Fortis Memorial Research Institute,

Max

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course aim / rationaleThe aim of the course is to provide:- Understanding of the principles and background of IMRT and IGRT- Knowledge of the impact of various geometrical uncertainties and where they can be minimised- Knowledge of QA of IMRT and IGRT- An overview of available techniques, being able to choose between techniques and knowledge of their limitations- Planar and 3D in room imaging- Work�ow and ef�ciency at the department for implementation of IMRT and IGRT- Clinical rationale, limitations and evidence for advanced technologies- Knowledge of inverse treatment planning optimisation, biological optimisation and dose painting

learningoutcomesBy the end of this course participants should be able to:- Implement IGRT and IMRT in their own clinic- Be able to tailor IGRT and IMRT to their speci�c home situation

- On-site demonstrations of advanced techniques- Panel and participants discussion: IMRT and IGRT, the case pro and against - Dose volume constraints- Methods of optimisation- Dosimetry of IMRT- Imaging and target delineation- Geometrical uncertainties- Planar and volumetric imaging- Image registration- Setup correction strategies- Clinical sessions on thorax, pelvic, and head and neck cancer covering the interaction of physics and clinic- Work�ow in the clinic including “how they do that” tips

coursecontent

The course is aimed at Radiation Oncologists, Radiation Physicists and Radiation Therapists (RTTs) who will participate in advanced technologies like IMRT and IGRT in their department. Some experience in the �eld of conformal therapy, target delineation and treatment planning is desirable. Making advanced technologies work is a team effort therefore simultaneous participation of the three disciplines is strongly recommended.

26 hours lectures04 hours demonstrations

teaching methods

methods ofassessment Evaluation Form

Mai

l to:

est

ro.a

roi@

max

heal

thca

re.c

om

Ms

Mee

naks

hi (P

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nato

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diat

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ax C

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r Ce

ntre

)

Max

Sup

er S

peci

ality

Hos

pita

l, Sa

ket,

New

Del

hi -

110

017,

INDI

A

RE

GI

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RA

TI

ON

F

OR

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Max Super Speciality Hospital, 1-2, Press Enclave Road, Saket, New Delhi – 110017, INDIA

Organised by:MAX CANCER CENTRE Max Super Speciality HospitalSaket, New Delhi – 110017, INDIA

Venue: SHERATON HOTEL

District Centre, Saket, New Delhi(6th Dec 2015)

AUDITORIUM, MAX SAKET (7th - 9th Dec 2015)

ESTRO SCHOOL - AROITEACHING COURSEADVANCED TECHNOLOGIES IN

RADIATION ONCOLOGY

NEW DELHI6th – 9th December 2015

target group

Sign

atur

e

Nam

e: _

____

____

____

____

____

____

____

____

____

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____

____

____

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Desig

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Page 2: cm o/ ruatirosne ale · 2015. 8. 21. · Associate Professor, Radiation Oncologist, Tata Memorial Centre, Mumbai Dr. T. Ganesh Chief Medical Physicist, Fortis Memorial Research Institute,

Dear Colleagues and Friends

I am pleased to inform that the department of Radiation Oncology, Max Cancer Centre, Max Super Speciality Hospital, New Delhi, is privileged to host the ESTRO-AROI teaching Course. The theme of the teaching course is “Advanced Technologies in Radiation Oncology.”

We all recognize that newer technologies like Intensity Modulated Radiation Therapy (IMRT), Image Guided Radiation Therapy (IGRT), Stereotactic Radiosurgery (SRS), Stereotactic Body Radiation Therapy (SBRT) and Gating have contributed to the improvement in tumor control but more importantly there has been signi�cant reduction in long term morbidities associated with radiation therapy. However, advanced technologies have brought in new challenges in adopting these techniques. Due to tight margins around the tumor, �ne collimators and rapid fall-off of the dose around the tumor margin, high level of quality assurance is needed at every step of radiation therapy - tumor delineation, treatment planning, image guidance, treatment execution etc. Much higher level of training is required for all the participants of Radiation delivery – viz – Radiation Oncologists, Medical Physicists, Dosimetrists and Technologists. It is specially challenging for new radiation oncology centres who are adopting theses technologies from the so called “conventional” techniques.

This ESTRO-AROI teaching course is focused on these requirements of various Radiation Oncology Centres of India.

The eminent faculty from ESTRO and India will deliver lectures on advanced technologies in Radiation Oncology, along with hands on demonstration on contouring, Quality assurance and treatment executions.

On behalf of the organising committee, I feel honored in inviting you all to actively participate in the teaching programme. This teaching programme is for 4 days, from 6th - 9th December 2015, to be held at Max Super Speciality Hospital, 2, Press Enclave Road, Saket, New Delhi-110017. Hands on workshop would also be conducted at Max Super Speciality Hospital, Saket, New Delhi.

I am sure you all will be enlightened with the scienti�c feast. Looking forward to your active participation in making this scienti�c event a grand success.

Dr. Anil K Anand(Course Coordinator)Director, Radiation Oncology, Max Cancer CentreMax Super Speciality Hospital, Saket, New Delhi – 110017, India

ESTRO SCHOOL - AROI TEACHING COURSE

ADVANCED TECHNOLOGIES IN RADIATION ONCOLOGY

faculty

Sara Broggi Physicist, Instituto Scienti�co San Raffaele, Milano (IT)

Rianne de Jong Radiation Technologist, The Netherlands Cancer Institute, Amsterdam (NL)

Tom Depuydt Physicist, UZ Brussel (VUB), Brussels (BE)

Dr. S. Lashkar Associate Professor, Radiation Oncologist, Tata Memorial Centre, Mumbai

Dr. T. GaneshChief Medical Physicist, Fortis Memorial Research Institute, Gurgaon

Dr. S. DayanandaChief Medical Physicist, Kokilaben Dhirubhai Ambani Hospital, Mumbai

Mr. S. Satya NarayananChief Medical Physicist, Ruby Hall Hospital, Pune

Dr. V. KannanChief & Consultant for Radiation Oncology Services, P D Hinduja National Hospital and Medical Research Centre, Mumbai

Dr. P. Vijay Anand Reddy Director & Senior Consultant, Apollo Speciality Hospitals, Hyderabad

Dr. Umesh MahantshettyAssistant Professor, Radiation Oncology, Tata Memorial Centre, Mumbai

Dr. Anil K. AnandDirector, Radiation Oncology, Max Cancer Centre, New Delhi

LOCAL ORGANISING COORDINATORSCourse Coordinator- AROI Dr. A K Anand

LOCAL ORGANISING COMMITTEEDr. Amal Roy ChaudhooryDr. Indu BansalDr. Anirudh Punnakal Dr. Vineeta Goel

Dr. Charu Garg Mr. R K Munjal

Dr. Jyotika jainDr. Anil K BansalMr. Kartikeswar PatroMr. H Malhotra

Mr. Deepak AroraMr. Rakesh KaulMr. Ravindran Gopal

COURSE DIRECTOR (ESTRO)

Andrew Hope Radiation Oncologist, Princess Margaret Hospital, Toronto (CA)

Uwe Oelfke Physicist, Institute of Cancer Research, London (GB)

Marco SchwarzPhysicist, ATreP, Agenzia Provinciale per la Protonterapia, Trento (IT)

Jan-Jakob SonkePhysicist, The Netherlands Cancer Institute,

Amsterdam (NL)

FACULTY (ESTRO)

FACULTY (AROI)

Coen Rasch Radiation Oncologist, Academisch Medisch Centrum, Amsterdam (NL)

(Joint registration of one radiation oncologist, one medical physicist and one RTT,

from sam

e institute will be only charged Rs. 20,000/ for early registration

and Rs 25,000/ for late registration).

RegistrationARO

I Mem

bers N

on Mem

bers

Early Registration Fee (7th Sept 15)

10,000 12,000

Up to 31st O

ct 1512,000

14,000

Total Num

ber of Seats

100 (�rst com

e �rst con�rmed)

Last date for refund:5th N

ovember 2015 (after deducting 15%

administrative charges)

ACCOM

MO

DATIO

N:

The accomm

odation has to be taken care of by the participant. List of hotels w

ould be provided on the AROI w

ebsite in due course.

CONTACT PERSONS

Dr. Anil K Anand (Director, Radiation Oncology)

9810398838, [email protected]

Dr. Charu Garg (Sr Consultant, Radiation Oncology)9818202207, [email protected]

Mr. R.K. Munjal (Chief Medical Physicist)9810011314, [email protected]

AROI OFFICE BEARERSDr. M.C. Pant(President)

Dr. U.P. Shahi(Vice President)

Dr. V. Srinivasan(Junior Vice President)

Dr. Rajesh Vashistha(Secretary General)