Metastasis is a term from the Greek language whose translation into the English language means relocation. In cancer metastasis research, the phrase tumor metastasis is taken to refer to the process through which cancerous cells relocate from the initial place of development to other parts and organs. It is a substantially complicated process. The process is only understood in part in present day research. Studies at biochemical and molecular levels have not yet established a full comprehension of the process.
Surgery and radiation therapy can be used to adequately treat most cancers. The two treatment choices can either be used to remove or destroy the primary tumor successfully. However, what is contributing to mortality and morbidity in most cancer patients is the spread of tumor cells to secondary locations in the body. It would be very simple for the treatment of the disease to be done if only metastasis can be stopped from happening.
Researchers normally liken tumor metastatic process to a marathon. Firstly, once tumors develop, they invade the body tissues that are around the primary site. Body tissues are normally complex and consist of a number of different cells. For example, they have fibroblasts whose function is to provide solid support, lymphatic drainage, and immune cells. The fibroblasts offer a barrier which must be traversed by tumor cells. To do this, tumor cells adapt and develop the capability to move.
The manner in which the tumor cells move is not strange. Instead of the cells floating out of the tissue, they crawl. Basically, this happens by them reacting to various aspects within the environment they are in. They project finger-like projections of their cell which allows their forward movement. For forward movement to happen, their ability to adhere to the protein matrix and other body cells has to be altered.
Studies hold that the metastasis process is largely inefficient. Only 0.01 percent of malignant cells that make their way into the blood stream result in metastasis. Nevertheless, scientists still lack the capacity to tell if and when malignant cells will end up being metastatic. At the time of treatment, cancer evaluations are normally founded on the capacity of the cells to get metastatic.
Thus, treatment that a patient receives is altered according to the ability of the cancer they have to metastasize. Cancers that are in an advanced stage usually have a higher chance of metastasizing than those in their early stages. As a result, advanced cancers are usually treated more aggressively in comparison to those that are in their early stages. Cancerous cells usually metastasize through two major highways, that is, the bloodstream and the lymphatic vessels.
Numerous malignant cells have the tendency of making an escape via the lymphatic drainage system. This is the reason why doctors take lymphatic node biopsy. This they do to establish if there has been a spread of malignant cells already. The cells then make their way into the blood circulation from the lymphatic vessels. In addition to getting into the blood circulation, malignant cells may get into the blood flow from blood vessels directly.
Most tumor cells die when they enter the bloodstream as it is a very harsh environment. This is because it has immune cells and blood flows at a high speed. However, some end up in different organs where they grow into tumors.
Surgery and radiation therapy can be used to adequately treat most cancers. The two treatment choices can either be used to remove or destroy the primary tumor successfully. However, what is contributing to mortality and morbidity in most cancer patients is the spread of tumor cells to secondary locations in the body. It would be very simple for the treatment of the disease to be done if only metastasis can be stopped from happening.
Researchers normally liken tumor metastatic process to a marathon. Firstly, once tumors develop, they invade the body tissues that are around the primary site. Body tissues are normally complex and consist of a number of different cells. For example, they have fibroblasts whose function is to provide solid support, lymphatic drainage, and immune cells. The fibroblasts offer a barrier which must be traversed by tumor cells. To do this, tumor cells adapt and develop the capability to move.
The manner in which the tumor cells move is not strange. Instead of the cells floating out of the tissue, they crawl. Basically, this happens by them reacting to various aspects within the environment they are in. They project finger-like projections of their cell which allows their forward movement. For forward movement to happen, their ability to adhere to the protein matrix and other body cells has to be altered.
Studies hold that the metastasis process is largely inefficient. Only 0.01 percent of malignant cells that make their way into the blood stream result in metastasis. Nevertheless, scientists still lack the capacity to tell if and when malignant cells will end up being metastatic. At the time of treatment, cancer evaluations are normally founded on the capacity of the cells to get metastatic.
Thus, treatment that a patient receives is altered according to the ability of the cancer they have to metastasize. Cancers that are in an advanced stage usually have a higher chance of metastasizing than those in their early stages. As a result, advanced cancers are usually treated more aggressively in comparison to those that are in their early stages. Cancerous cells usually metastasize through two major highways, that is, the bloodstream and the lymphatic vessels.
Numerous malignant cells have the tendency of making an escape via the lymphatic drainage system. This is the reason why doctors take lymphatic node biopsy. This they do to establish if there has been a spread of malignant cells already. The cells then make their way into the blood circulation from the lymphatic vessels. In addition to getting into the blood circulation, malignant cells may get into the blood flow from blood vessels directly.
Most tumor cells die when they enter the bloodstream as it is a very harsh environment. This is because it has immune cells and blood flows at a high speed. However, some end up in different organs where they grow into tumors.
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