RADIATION LEUKEMIA VIRUS Meaning and
Definition
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Radiation Leukemia Virus (RadLV) refers to a category of retroviruses that are known to cause leukemia or lymphoma, particularly in mice, by inducing abnormalities in their hematopoietic system. It is a subgroup of endogenous retroviruses that integrate their genetic material into the genome of the infected host, leading to the insertion of viral DNA into the host's chromosome. RadLVs are capable of transmitting and spreading leukemia or lymphoma through vertical transmission, meaning the virus can be inherited from parent to offspring.
Exposure to ionizing radiation, such as X-rays or gamma rays, was historically associated with an increased incidence of certain types of leukemia. Scientists have established a strong link between the development of radiation-induced leukemia and the presence of RadLVs in the mouse genome. The virus is hypothesized to activate proto-oncogenes, which are normal genes that can potentially turn into oncogenes and promote cancer development.
The study of RadLVs and their association with radiation-induced leukemia in mice has contributed significantly to our understanding of the mechanisms underlying leukemia development. Furthermore, RadLVs have been instrumental in researching the complex relationship between retroviruses and cancer, providing valuable insights into potential viral causes of leukemia or lymphoma in other species, including humans.
Common Misspellings for RADIATION LEUKEMIA VIRUS
- eadiation leukemia virus
- dadiation leukemia virus
- fadiation leukemia virus
- tadiation leukemia virus
- 5adiation leukemia virus
- 4adiation leukemia virus
- rzdiation leukemia virus
- rsdiation leukemia virus
- rwdiation leukemia virus
- rqdiation leukemia virus
- rasiation leukemia virus
- raxiation leukemia virus
- raciation leukemia virus
- rafiation leukemia virus
- rariation leukemia virus
- raeiation leukemia virus
- raduation leukemia virus
- radjation leukemia virus
- radkation leukemia virus
- radoation leukemia virus
