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Aids / HIV
Our AIDS/HIV section contains a range of medications, known as antiretrovirals that can be used to treat infection with Human Immunodeficiency Virus (HIV), to help treat symptoms and prevent progression to acquired immune deficiency syndrome (AIDS).
We offer cost-effective generic product for all our antiretrovirals, listed alphabetically on this page.
You can also search for the product you want, using the search box, by entering either the active ingredient, e.g. lamivudine or the product name, e.g. Lamivir.
...Read more
Our AIDS/HIV section contains a range of medications, known as antiretrovirals that can be used to treat infection with Human Immunodeficiency Virus (HIV), to help treat symptoms and prevent progression to acquired immune deficiency syndrome (AIDS).
We offer cost-effective generic product for all our antiretrovirals, listed alphabetically on this page.
You can also search for the product you want, using the search box, by entering either the active ingredient, e.g. lamivudine or the product name, e.g. Lamivir.
...Read more
Abamune-L Tablets
On Sale
Abacavir 600mg and Lamivudine 300mg
Also known as Kivexa and Epzicom
From $1.15 per Tablet
Tenvir-EMEmtricitabine and Tenofovir Disoproxil Fumarate
Also known as Truvada or PrEP
From $2.10 per Tablet
ViradayTenofovir Disoproxil Fumarate 300mg/Emtricitabine 200mg/Efavirenz 600mg
Also known as Atripla
From $3.75 per Tablet
Antiretroviral therapy
Human Immunodeficiency Virus (HIV) is an RNA virus and the drugs used to treat HIV infection are known as antiretroviral drugs.
The antiretroviral drugs in this section work by various mechanisms to prevent the replication and spread of HIV, a virus that specifically attacks immune cells called CD4+ cells that are involved in fighting infection. If too many CD4+ cells are destroyed, the body can no longer fight infection efficiently and this can lead to acquired immune deficiency syndrome (AIDS). The aim of antiretroviral therapy is to reduce amount of virus (viral load) down to a low level; allowing the numbers of CD4+ cells to increase, so that the immune system can recover.
Some of our antiretroviral medications contain a single drug that should be used in combination with another medication preferably with a different mechanism of action, to comply with a treatment regime known as highly active antiretroviral therapy (HAART) that is designed to help prevent development of viral resistance to treatment.
Several of our antiretroviral medications already contain a fixed dose combination of drugs in a single tablet, to make it easier to use a suitable drug combination.
Sub-classes of antiretroviral drugs
The various antiretroviral drugs available for treatment of HIV infection act directly on virus-specific enzymes to prevent the virus from growing, but they do not kill the virus.
Several drugs work by inhibiting the action of the viral-specific enzyme reverse transcriptase (RT) which is needed for the virus to be able to replicate. This happens by one of two ways.
Either the drug is a nucleoside analogue reverse transcriptase inhibitor (NRTI), which means that it blocks the action of RT by competing with one of the nucleosides, or molecular building blocks needed to transcribe the viral RNA into DNA. The analogue becomes incorporated into the chain of newly synthesized viral DNA instead of the correct nucleoside, preventing viral replication. Another mechanism for blocking the action of RT is by binding to a specific active site on the enzyme disrupting the way it functions. These are called non-nucleoside reverse transcriptase inhibitor (NNRTI).
The viral protease enzyme is another drug target. This enzyme is needed during final stages of the viral replication cycle so that fully active mature virus can be released to infect new cells. Protease inhibitors result in the production of immature, non-infectious viral particles.
...Read more
Antiretroviral therapy
Human Immunodeficiency Virus (HIV) is an RNA virus and the drugs used to treat HIV infection are known as antiretroviral drugs.
The antiretroviral drugs in this section work by various mechanisms to prevent the replication and spread of HIV, a virus that specifically attacks immune cells called CD4+ cells that are involved in fighting infection. If too many CD4+ cells are destroyed, the body can no longer fight infection efficiently and this can lead to acquired immune deficiency syndrome (AIDS). The aim of antiretroviral therapy is to reduce amount of virus (viral load) down to a low level; allowing the numbers of CD4+ cells to increase, so that the immune system can recover.
Some of our antiretroviral medications contain a single drug that should be used in combination with another medication preferably with a different mechanism of action, to comply with a treatment regime known as highly active antiretroviral therapy (HAART) that is designed to help prevent development of viral resistance to treatment.
Several of our antiretroviral medications already contain a fixed dose combination of drugs in a single tablet, to make it easier to use a suitable drug combination.
Sub-classes of antiretroviral drugs
The various antiretroviral drugs available for treatment of HIV infection act directly on virus-specific enzymes to prevent the virus from growing, but they do not kill the virus.
Several drugs work by inhibiting the action of the viral-specific enzyme reverse transcriptase (RT) which is needed for the virus to be able to replicate. This happens by one of two ways.
Either the drug is a nucleoside analogue reverse transcriptase inhibitor (NRTI), which means that it blocks the action of RT by competing with one of the nucleosides, or molecular building blocks needed to transcribe the viral RNA into DNA. The analogue becomes incorporated into the chain of newly synthesized viral DNA instead of the correct nucleoside, preventing viral replication. Another mechanism for blocking the action of RT is by binding to a specific active site on the enzyme disrupting the way it functions. These are called non-nucleoside reverse transcriptase inhibitor (NNRTI).
The viral protease enzyme is another drug target. This enzyme is needed during final stages of the viral replication cycle so that fully active mature virus can be released to infect new cells. Protease inhibitors result in the production of immature, non-infectious viral particles.
...Read more
All medicines have risks and benefits, and individual results may vary.
Only purchase medicines from this site in accordance with the advice you have obtained from an appropriate medical professional.
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