The HIV virus manages to avoid the things that can typically harm it. That is, by growing within the T-cells, it manages to avoid all of the antibodies.
antibodies
The HIV virus manages to avoid the things that can typically harm it. That is, by growing within the T-cells, it manages to avoid all of the antibodies.antibodies
The HIV virus manages to avoid the things that can typically harm it. That is, by growing within the T-cells, it manages to avoid all of the antibodies.antibodies
By growing inside T-cells, HIV is able to avoid detection and elimination by the host's immune system. The virus resides within the cells, where it can replicate and persist without being exposed to antibodies or immune cells that typically target extracellular pathogens. This intracellular lifestyle allows HIV to evade immune responses and establish a chronic infection in the host.
No, pulling out will not avoid HIV infection.
HIV primarily targets CD4+ T cells, which are a crucial component of the immune system. These cells help coordinate the immune response by signaling other immune cells to respond to infections. By infecting and destroying CD4+ T cells, HIV weakens the immune system, making the body more susceptible to opportunistic infections and diseases. This targeting occurs within the immune system, specifically within lymphoid tissues like lymph nodes.
HIV cells are not found in plants. Forms of the HIV virus only exist in Primates and Felines.
HIV infects only the CD4 cells of the immune system, and it destroys lymphocytes.
HIV can only bind with the CD4 located on Helper T cells.
T-cells.
HIV mainly attacks cells in the immune system. I'm not aware of a major impact on skin (epidermal) cells.
No, HIV is not a eukaryote. It is a type of virus called a retrovirus that infects and replicates within human cells. Unlike eukaryotes, viruses like HIV lack cellular structure and cannot carry out metabolic processes on their own.
No