All these drugs are antiviral except:
a- amantadine.
b- Zidovudine.
c- Acyclovir.
d- Aluerin. (anti spasmodic, spasmonal)***
Antivirals are a class of drugs specifically used to treat viral infections.
Like antibiotics used to kill bacteria, antiviral drugs are used to treat specific viruses by type. But it differs from most antibiotics in that it does not destroy the pathogen target, but rather prevents its growth from starting.
Antiviral drugs are a class of antimicrobial drugs, a large group that also includes antibiotics, antifungal drugs and antifungal drugs.
These drugs are relatively harmless to the family and can therefore be used to treat the infection.
In this regard, antiretroviral drugs and viricide, which does not fall into the category of drugs, should be distinguished, but the virus molecules destroyed outside the body.
Most of the antiretroviral drugs currently available are considered to help treat HIV, herpes viruses (known to cause cold sores and genital herpes infection, but actually cause a wide range of diseases) and inflammation Hepatitis B and C virus, which cause liver cancer and influenza A virus and [[influenza virus B | Virus B].
Researchers are still working hard to expand antiretroviral drugs to include other pathogens.
Access to antiretroviral drugs is safe in terms of use and at the same time effective and effective because it is difficult because viruses use host cells to multiply.
Thus, it is difficult for the drug to target the virus without harming host cells.
Antiviral drugs have emerged as a product of significant cognitive expansion in molecular and genetic studies of the functions of living organisms, allowing biomedical researchers to learn about the structural structure of viruses and their biological functions.
This knowledge has also helped to make significant progress in the ways of creating new drugs and in reducing the pressure on the medical profession to deal with HIV, known as HIV, the cause of the so-called HIV / AIDS pandemic.
All antimicrobials, including antivirals, may be exposed to what is known as medicine in the name of drug resistance, because pathogens mutate over time, reducing their response to treatment.
For example, a recent study in Nature Biotechnology confirmed the need to increase the stockpile of oseltamivir (Tamiflu), as well as more antiviral drugs, including zanamivir (Relenza), after an evaluation of the effect of these drugs in the event of a mutated influenza virus Swine H1N1 'swine influenza' (NA) and its acquisition of resistance to Tamiflu (His274Tyr) is currently widespread in seasonal H1N1 strains.
a- amantadine.
b- Zidovudine.
c- Acyclovir.
d- Aluerin. (anti spasmodic, spasmonal)***
Antivirals are a class of drugs specifically used to treat viral infections.
Like antibiotics used to kill bacteria, antiviral drugs are used to treat specific viruses by type. But it differs from most antibiotics in that it does not destroy the pathogen target, but rather prevents its growth from starting.
Antiviral drugs are a class of antimicrobial drugs, a large group that also includes antibiotics, antifungal drugs and antifungal drugs.
These drugs are relatively harmless to the family and can therefore be used to treat the infection.
In this regard, antiretroviral drugs and viricide, which does not fall into the category of drugs, should be distinguished, but the virus molecules destroyed outside the body.
Most of the antiretroviral drugs currently available are considered to help treat HIV, herpes viruses (known to cause cold sores and genital herpes infection, but actually cause a wide range of diseases) and inflammation Hepatitis B and C virus, which cause liver cancer and influenza A virus and [[influenza virus B | Virus B].
Researchers are still working hard to expand antiretroviral drugs to include other pathogens.
Access to antiretroviral drugs is safe in terms of use and at the same time effective and effective because it is difficult because viruses use host cells to multiply.
Thus, it is difficult for the drug to target the virus without harming host cells.
Antiviral drugs have emerged as a product of significant cognitive expansion in molecular and genetic studies of the functions of living organisms, allowing biomedical researchers to learn about the structural structure of viruses and their biological functions.
This knowledge has also helped to make significant progress in the ways of creating new drugs and in reducing the pressure on the medical profession to deal with HIV, known as HIV, the cause of the so-called HIV / AIDS pandemic.
All antimicrobials, including antivirals, may be exposed to what is known as medicine in the name of drug resistance, because pathogens mutate over time, reducing their response to treatment.
For example, a recent study in Nature Biotechnology confirmed the need to increase the stockpile of oseltamivir (Tamiflu), as well as more antiviral drugs, including zanamivir (Relenza), after an evaluation of the effect of these drugs in the event of a mutated influenza virus Swine H1N1 'swine influenza' (NA) and its acquisition of resistance to Tamiflu (His274Tyr) is currently widespread in seasonal H1N1 strains.
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pharmacology