The immune system must attack the bodys own cells
Most viruses are too small to be seen with a light microscope because they are smaller than the wavelength of visible light. This makes it difficult to detect them using this method.
One major problem that makes a viral infection so hard to cure is that they mutate so rapidly. It also hard to find drugs that will work. Tamiflu is an antiviral that acts against an enzyme that the virus needs to break out of the host cell and spread but many viruses are so simple that there are very few ways to stop them.
Viruses are difficult to cure because they invade host cells to replicate, making it challenging to target them without harming the host cells. Additionally, viruses can mutate quickly, leading to the development of resistance against treatments. This complexity makes it challenging to develop a universal cure for all viruses.
Bacterial infections can be difficult to defeat due to the ability of bacteria to develop resistance to antibiotics over time. Additionally, bacteria can adapt to evade the immune system and form biofilms which protect them from antibiotics. Furthermore, some bacteria can enter a dormant state, making them less susceptible to treatments.
Viruses are nonliving and that fact makes it hard for us to come up with antivirals.
The immune system must attack the bodys own cells
One major problem that makes a viral infection so hard to cure is that they mutate so rapidly. It also hard to find drugs that will work. Tamiflu is an antiviral that acts against an enzyme that the virus needs to break out of the host cell and spread but many viruses are so simple that there are very few ways to stop them.
Most viruses are too small to be seen with a light microscope because they are smaller than the wavelength of visible light. This makes it difficult to detect them using this method.
One major problem that makes a viral infection so hard to cure is that they mutate so rapidly. It also hard to find drugs that will work. Tamiflu is an antiviral that acts against an enzyme that the virus needs to break out of the host cell and spread but many viruses are so simple that there are very few ways to stop them.
"obfuscated" just means "hidden". The virus was written in a way that makes it difficult to find, allowing it to hide in your computer. Detecting those types of viruses can be difficult.
Viruses are difficult to cure because they invade host cells to replicate, making it challenging to target them without harming the host cells. Additionally, viruses can mutate quickly, leading to the development of resistance against treatments. This complexity makes it challenging to develop a universal cure for all viruses.
Of course it makes your cell it is produce more viruses only in a severe virus.
Neutrophils primarily combat bacterial infections, playing a crucial role in the innate immune response. They are also involved in fighting fungal infections and can respond to certain viral infections, although their effectiveness against viruses is generally less direct. By engulfing pathogens through phagocytosis and releasing antimicrobial substances, neutrophils help to contain and eliminate infections. Their rapid response makes them essential in the early stages of the immune defense.
AIDS destroys the immune system, which makes it difficult for the body to fight infections. Aids virus kills the helper T Cells so they can't protect the body from infections.
Yes, viruses use the cell that it has invaded to produce more viruses.
All viruses do that. That's what makes a virus a virus.