solamon magbity
If you have a weak immune system, you have an increased risk of developing malignancy. Your immune system cannot fight the virus and so the virus has control and it able to invade the cervical cells and induce tumour growth.
Only if you haveherpessimplex virus already in you or on your hands
It is certainly possible. The virus might mutate, and the mutated version start spreading. Or the existing virus might spread in places where it hasn't been before.It is certainly possible. The virus might mutate, and the mutated version start spreading. Or the existing virus might spread in places where it hasn't been before.It is certainly possible. The virus might mutate, and the mutated version start spreading. Or the existing virus might spread in places where it hasn't been before.It is certainly possible. The virus might mutate, and the mutated version start spreading. Or the existing virus might spread in places where it hasn't been before.
It might depends on what virus it is, but It might normally take about 100 years
One way would be to try to grow a virus on a sterile Petri dish with media, nothing would grow there. If you grow bacteria that way, you would see growth. Bacterial growth
Yes, a virus contains antigens that can trigger an immune response in the body. Antigens are molecules on the surface of pathogens (such as viruses) that are recognized by the immune system.
some viruses have been known to trigger certain types of cancers..
When a virus infects the body, it can trigger an inflammatory response that can lead to joint pain. The immune system's response to the virus can cause inflammation in the joints, resulting in pain and discomfort.
The the cat would get the virus this happens all the time e.g. if a worm had a virus a mole might eat it but then a fox might eat the mole, eventually the fox will have the virus
No, but there are some speculations that it can trigger an autoimmune reaction leading to diabetes melitus type 1.
No, but the Virgin might
scientists found that passionflower extract inhibits an early antigen of Epstein-Barr virus, which suggests that it may also inhibit the growth of cancerous tumors.