Yes there is; HIV can live, under normal environmental conditions, up to 2 days in a dead body. A chilled body increases the time by several days.
The standard HIV test identifies the antibodies the body produces to fight the HIV infection.
HIV attacks helper T cells that are trying to fight infection, rather than attacking healthy body cells like a cold virus does. HIV attacks lymphocytes directly.
No, pulling out will not avoid HIV infection.
Yes, infection with HIV occurs by the transfer of blood, semen, vaginal fluid, pre-ejaculate or breast milk.
There are many body fluids that are not a risk for HIV infection. Tears, sweat, urine and saliva do not carry risks for HIV transmission.
That is what HIV does. However a super infection,multiple strains of HIV infection or duel infection,HIV with hep c etc will degrade the immune system further.
HIV is a viral infection.
Is atypical lymphocytes a symptom of HIV infection?"
Advanced stage of HIV infection is AIDS.
When HIV virus entered in the body of mainly first to be aware with that particular body so that soon enough they go and attack the white blood cells which known as CD4 which are responsible for the protection of the body against diseases and infection so when HIV virus data When HIV virus entered in the body of mainly first to be aware with that particular body so that soon enough they go and attack the white blood cells which known as CD4 which are responsible for the protection of the body against diseases and infection so when HIV virus attack them at last the body remains with few CD4 that course welcoming of other different diseases and infection
Primary HIV infection resembles the flu. Most patients at this early stage of infection will experience symptoms such as fever, body aches and even swollen glands. These symptoms typically resolve themselves and the patient will feel better within a week of two. The body is rapidly making new HIV cells during this time. However, it is unlikely that if they were to take an HIV test, the test would yield positive results. Why? Because the antibodies that we measure to indicate the prescence of HIV need time to develop. Typically, the body does not produce sufficient number of antibodies to measure until several weeks into the infection.
There are key differences between HIV and a regular virus. The body is able to adapt to the genetic makeup of a regular virus, and know how to obsolete it as a result. However for HIV, it is a constantly mutating virus in that the body's immune system cannot keep up with its roulette of genetic makeup.