FM DECEMBER 2018 ISSUE - digital edition
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events<br />
India’s first Proton Therapy Conference<br />
highlights new cancer care experience<br />
Two-day meet focuses on the application of the technology in clinical practice<br />
Global oncology specialists shared<br />
their insights at the country’s<br />
first proton therapy conference<br />
organised jointly by Apollo Hospitals<br />
and Particle Therapy Cooperative Group<br />
(PTCOG) in Chennai.<br />
Proton therapy, one of the most<br />
advanced and targeted radiation<br />
cancer treatments with a superior dose<br />
distribution and minimal side effects, is<br />
claimed to be helpful in treating cancer<br />
more effectively and efficiently.<br />
The Chennai conference on proton<br />
therapy was organised for oncologists<br />
from South East Asian countries. The<br />
region’s first proton beam therapy<br />
centre will soon be commissioned by<br />
Apollo Hospitals in the city.<br />
Over 400 delegates from across<br />
India and Asia gathered at this first<br />
international proton therapy conference,<br />
which was iinaugurated by Dr.<br />
Motosoahae Thomas Thabane, Prime<br />
Minister of Lesotho.<br />
The conference was divided into<br />
sessions around key topics such as<br />
the basic science behind proton beam<br />
Dr Rakesh Jalali,<br />
Medical Director, Apollo<br />
Proton Cancer Centre<br />
OVER 400 DELEGATES FROM<br />
ACROSS ASIA GATHERED<br />
AT THIS FIRST<br />
INTERNATIONAL PROTON<br />
THERAPY CONFERENCE<br />
delivery and on how to assemble the<br />
infrastructure.<br />
Proton therapy centres are heavily<br />
dependent on the support of engineers<br />
and scientists to assemble the<br />
infrastructure. The machinery involved<br />
is far more complicated compared to<br />
standard radiation equipment and<br />
requires a greater level of customisation.<br />
Standard radiation therapy<br />
comprises of X-ray beams that deposit<br />
their energy along the path of the beam,<br />
to the tumour and beyond, resulting<br />
in radiation being delivered not only<br />
to the tumour but also to the healthy<br />
tissues around the tumour. This causes<br />
damage to normal tissue or organs<br />
near the tumour. With proton therapy,<br />
it is possible to control the location of<br />
the release of the energy and precisely<br />
target the tumour, causing the most<br />
damage to the targeted tumour cells,<br />
while sparing healthy tissues and<br />
organs.<br />
A proton beam is just millimetres<br />
wide and facilitates effective treatment<br />
of complex tumours in the eye, the<br />
88 / FUTURE MEDICINE / <strong>DECEMBER</strong> <strong>2018</strong>