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The mesothelium refers to the membrane that is situated within the chest and cavities of the abdomen. This membrane forms a protective lining around the organ. The pericardium is the membrane that is found around the heart and it has been identified as one of the locations within which a cancerous condition that results from exposure to asbestos can be formed. Pericardial mesothelioma constitutes the formation of malignant tumors around the heart sac. Although it is the rarest form of the condition, pericardial mesothelioma is a serious occurrence and its rarity is attributed to the complexity of the development of this particular form of mesothelioma.
Asbestos exposure is the only identified cause of pericardial mesothelioma and it happens when the small fibers of asbestos find their way into the tissue of the mesothelium. The microscopic fibers are passed through the air easily and penetrate the membrane or lining, thereby causing the abnormal division of cells and extensive inflammation that compromises the functions of the heart. The small fibers of asbestos find their way into the body mainly through inhalation and result in pericardial mesothelioma. The malignant tumors that are formed as a result of pericardial mesothelioma affect the membrane of the lungs.
The movement of the fibers of the asbestos towards the pericardium is a process that is complex and can only be attributed to their movement through the lymph nodes and the system of the heart. When the fibers of asbestos are present in the heart membranes, it is impossible for them to be eradicated. The body does not have the natural ability to dislodge the small asbestos fibers from within it and they gradually cause adverse changes that affect the pericardium and cause pericardial mesothelioma. These adverse changes can take a long time to develop as the tissues of the layers of the pericardium begin to harden and cause pain in the chest.
A number of cases of pericardial mesothelioma have been wrongly diagnosed as other heart conditions owing to the glaring similarity of the symptoms. When the pericardium is thickened, this causes the heart to be placed under excessive pressure that results in chest pains as well as the compromised abilities of the heart and overall cardiovascular system. The person often finds it difficult to breathe normally, even when resting. This particular symptom is also associated with other heart conditions.
The advanced stages of pericardial mesothelioma can cause blood clots in the arteries and this is significantly a distressing symptom of the disease. The mysterious cause of the adverse changes makes it necessary for patients to receive treatment that can manage the disease and enhance the quality of life that is often disrupted by the severity of some symptoms. The abnormal growth and division of cells in the membrane are attributed to the thickened pericardium that characterizes pericardial mesothelioma. The continuous growth of malignant cells forms an accumulation of fluid within the membrane and this has the negative impact of increasing pressure on the cardiovascular system. Since pericardial mesothelioma is quite rare, people need to be on the lookout for the common signs.
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The mesothelium refers to the membrane that is situated within the chest and cavities of the abdomen. This membrane forms a protective lining around the organ. The pericardium is the membrane that is found around the heart and it has been identified as one of the locations within which a cancerous condition that results from exposure to asbestos can be formed. Pericardial mesothelioma constitutes the formation of malignant tumors around the heart sac. Although it is the rarest form of the condition, pericardial mesothelioma is a serious occurrence and its rarity is attributed to the complexity of the development of this particular form of mesothelioma.
Asbestos exposure is the only identified cause of pericardial mesothelioma and it happens when the small fibers of asbestos find their way into the tissue of the mesothelium. The microscopic fibers are passed through the air easily and penetrate the membrane or lining, thereby causing the abnormal division of cells and extensive inflammation that compromises the functions of the heart. The small fibers of asbestos find their way into the body mainly through inhalation and result in pericardial mesothelioma. The malignant tumors that are formed as a result of pericardial mesothelioma affect the membrane of the lungs.
The movement of the fibers of the asbestos towards the pericardium is a process that is complex and can only be attributed to their movement through the lymph nodes and the system of the heart. When the fibers of asbestos are present in the heart membranes, it is impossible for them to be eradicated. The body does not have the natural ability to dislodge the small asbestos fibers from within it and they gradually cause adverse changes that affect the pericardium and cause pericardial mesothelioma. These adverse changes can take a long time to develop as the tissues of the layers of the pericardium begin to harden and cause pain in the chest.
A number of cases of pericardial mesothelioma have been wrongly diagnosed as other heart conditions owing to the glaring similarity of the symptoms. When the pericardium is thickened, this causes the heart to be placed under excessive pressure that results in chest pains as well as the compromised abilities of the heart and overall cardiovascular system. The person often finds it difficult to breathe normally, even when resting. This particular symptom is also associated with other heart conditions.
The advanced stages of pericardial mesothelioma can cause blood clots in the arteries and this is significantly a distressing symptom of the disease. The mysterious cause of the adverse changes makes it necessary for patients to receive treatment that can manage the disease and enhance the quality of life that is often disrupted by the severity of some symptoms. The abnormal growth and division of cells in the membrane are attributed to the thickened pericardium that characterizes pericardial mesothelioma. The continuous growth of malignant cells forms an accumulation of fluid within the membrane and this has the negative impact of increasing pressure on the cardiovascular system. Since pericardial mesothelioma is quite rare, people need to be on the lookout for the common signs.
Cancer - The Problem and the Solution:
* Discover The Truth About Cancer And How To Eliminate Sickness And Disease Naturally. More details
* Cancer: From Diagnosis To All Clear In 11 Months. More details
* Treating Prostate Cancer Naturally. More details
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