Mesothelioma
Treatment


By: Dan
Lockland
Mesothelioma is one of the hardest forms of cancer to treat.
Though treatment options do exist, the median survival time for
patients afflicted with the condition is less than a year. New
methods of treatment can be seen on the horizon, however, so
patients have something to hope for.
The most common treatments for patients suffering from
mesothelioma are surgery, radiation therapy, and chemotherapy.
These are generally used in combination, with chemotherapy or
radiation used after surgery. Surgery is usually only an option
if the mesothelioma is detected before it spreads throughout
the body.
Chemotherapy is designed to target and kill the cells that
are afflicted by the mesothelioma. As with its use in the
treatment of other forms of cancer, chemotherapy also kills
healthy cells, causing the side effects that many people
associate with the treatment. While older chemotherapy drugs
had little positive effect, new drugs on the market are much
more promising.
Radiation is used to limit the spread of mesothelioma. It's
most often used after surgery, though in some instances, it is
employed as a stand-alone treatment in order to relieve pain.
Radiation rarely provides anything more than short-term relief
from symptoms.
Thankfully, there are some new, exciting treatment options
that are becoming more and more common every day. These methods
give hope to the thousands of people suffering from this
debilitating illness.
One of the newest treatments is called photodynamic therapy.
Photdynamic therapy uses light energy to destroy cancer cells.
The patient is given a drug intravenously that makes cells
afflicted by mesothelioma highly sensitive to a particular kind
of light. A couple of days after being given this drug, the
patient is exposed to that light, and those cancerous cells are
killed.
Another new treatment is called gene therapy. This technique
uses genetic material to target cancer cells, making them more
vulnerable to chemotherapy. This is commonly referred to as
"suicide gene therapy", because it makes these cells produce
substances that kill them. Unfortunately, this treatment is
still only in the trial stage.
Lastly, immunotherapy "tricks" the body's immune system into
killing the cancer sells. Normally, the body is unable to
recognize the cells as diseases. With immunotherapy, cancerous
cells are removed from the body, and then turned into a vaccine
in a laboratory. The vaccine is then injected back into the
patient. If the treatment is a success, the body treats the
vaccine as harmful, and then follows the same path with the
cancerous cells.
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