Mesotheliemo Overview
It appears that the diagnosis of mesotheliemo has been in the news more than ever. That is because it’s becoming apparent that asbestos, its health dangers, and corresponding law suits haves started to affect hugely increasing amounts of America’s population. One reason that asbestos-related disease now appears more prevalent is due to its long latency periods. Those exposed to asbestos during the 1960’s and 1970’s, are only now starting to recognize unusual symptoms. Consequently, this is when asbestos-related illnesses such as lung cancer, asbestosis and mesotheliemo are starting to appear world-wide. The diseases have reached their 30-50 period of dormancy and are now causing noticeable symptoms.
Those who are most vulnerable for any asbestos diagnosis are those who worked with or around it prior to its ban from new construction in the 1970’s. However, this does not exclude those who worked in industries unrelated to construction, such as repair centers or office jobs. Even housewives and children were not safe from asbestos. This is because asbestos, in its very nature as an insulator and fire protector, is comprised of tiny, soft particles, many of which are too small to be seen with the naked eye. If se minute particles escaped their protective covering-due to damage or wear-they may have floated on air currents for surprising distances. Once inhaled or swallowed, asbestos wedged in its host’s lungs or stomach. Due to its pointed composition, it then remained there for decades.
Individuals who develop diseases from these years of irritation often believe that early symptoms are related to other illnesses; mesotheliemo’s often replicates various physical problems. It is only after extensive testing that positive diagnosis of mesotheliemo is assured. Thus begins the standard cancer protocol of surgery (if applicable), radiation, and chemotherapy.
Mesotheliemo is actually referred to as cancer of the lung lining. Often, there is a cough, respiratory problems, stomach upset, and fatigue. Since it could take weeks for tests needed for a diagnosis, and additional time for a treatment plan, precious time could be lost if the patient procrastinates an exam. Regarding the mesotheliemo diagnostic process, the preliminary visit is similar to all other physical examinations. Pertinent information of symptoms’ severity and duration, medical history, and exposure to asbestos is noted. A physical exam, lung capacity test, X-ray and some pulmonary tests are also administered.
Some breathing difficulties show as abnormalities on their X-rays; patients are thus sent for more sophisticated tests. The most frequently used are the 2-dimensional CT scans, which stands for computer topography. With cross sectional images obtained by rotating 180 degrees around the patient, it provides a greatly detailed view of the varying thicknesses of bones and tissues. If a tumor is detected on the results, or if the pictures are inconclusive, the patient is usually scheduled for an MRI, or Magnetic Resonance Imaging scan. Displaying a very detailed, 3-dimensional image, it pinpoints the actual location of any growth and whether the disease continues to spread. (Neither test requires patient preparation or anesthesia. The patient rests on a table for about 30-90 minutes, and the tests are painless.)
A biopsy may be performed as a final step before a mesotheliemo diagnosis. This may be accomplished by inserting a long, thin needle into the lung lining and extracting fluid or tissue samples. Or, the patient may be placed under general anesthesia to utilize a procedure referred to as a laparoscopy. Although the latter will require a short hospital stay, it appears to offer the best tissue samples, the most accurate diagnosis, the disease progression, and the overall patient condition. Finally, to get a better image of very small tumors, Positron Emission Tomography (PET) scans provide accurate and dependable results.
Some patients utilize surgery to remove a tumor, but others may not have it as an option; however, chemotherapy drugs work to delete cancerous cells or preventing them from multiplying, growing, or spreading. They could also kill any remaining, microscopic cells remaining after cancerous growths are removed. Chemotherapy may stop regression and keep cancer from spreading. Fortunately, there is an array from which physicians may choose, such as alimta, cisplatin, paclitaxel, and coramsine.
Mesotheliemo treatment continues to make great progress with advanced imaging and chemotherapy drugs. Hopefully, many patients will continue to benefit.
