Global
Proton
Therapy Systems Market is
segmented by Geographical Region into North America, Asia-Pacific, Europe, and
Rest of the World. Protons are atoms that carrying positive charge. Just as
X-Rays (also known as photons) are used for treating both - malignant and
benign tumors, proton beams can be used for irradiating tumors Though, protons
deliver a dose of radiation in a much more confined way to the tumor tissue
than photons (X-Rays). After they enter
the body, protons release most of their energy within the tumor region and,
unlike photons, deliver only a minimal dose beyond the tumor boundaries.
Therefore, predominantly for smaller tumor sizes, the dose of radiation may
reproduce much tighter to the tumor and there may be less damage to healthy
tissue.

As
a result, the treating physician (a radiation oncologist) can potentially give
an even greater dose to the tumor while minimizing unwelcome side effects. This
is especially important when treating children, because protons help reduce
radiation to growing and developing tissues in the proton therapy systems
market. Proton therapy delivers radiation to tumor tissue in a much more
confined way than conventional photon therapy thus permitting the radiation
oncologist to use a greater dose while still minimizing side effects.
If
you’re programmed for proton therapy, you will likely undergo a treatment
simulation session in which you will be fitted into an immobilization device to
ensure you uphold the same exact position for every treatment. A CT scan will
be attained to create a virtual model of your tumor, and other imaging
procedures may be used to help control its exact shape and location. Your
doctor will give you specific instructions based on the type of exam being
performed.
As
proton therapy becomes additional extensively obtainable, imaging for the
development of proton treatment plans will become more common. However, there
are major alterations in how treatment is planned for proton therapy associated
to conventional radiation therapy. Proton Therapy Systems Market is segmented
by Application into Brain cancer, Head & Neck cancer, Sarcoma,
Gastro-intestinal cancer, Pediatric cancer, Lung cancer, and prostate cancer.
Proton
Therapy Applications are more
inclined towards gastro-intestinal and lung cancer due to recommendations by
healthcare professionals. Moreover, proton therapy is also considered to be
comparatively safer in case of pediatric patients suffering from cancer. These
applications are expected to drive the market for proton therapy devices in the
upcoming years.
Proton
Therapy Systems Market is
segmented geographically into North America and Europe; which are the major
markets as majority of the centers allowing proton therapy. In Asia-Pacific,
the market is foretold to grow with the opening of new centers in Australia and
under the effect of cumulative awareness about the welfares of this progression
treatment. The high-priced cost of theory is one of the main contests to the
development of this market. Proton Therapy Systems Market Key Players include
IBA, Varian Technologies, Hitachi, Mitsubishi Electric, Sumitomo Heavy, ProTom
International, Mevion, ProNova and Company 9.
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