Bacterial infection and our immune system.[Last Part]
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The so-called inflammation of such cells can swell and the effects of their immune system can be painful. If certain cytokines such as TNF-α activate the local pen receptor, the brain can understand that there is a problem here. Other cytokines go straight to the brain and ask to raise the body temperature, which we call fever. It is difficult for us at this extra temperature, but it prevents bacteria from causing trouble. Another reason for our hardships is the behavior of macrophages and neutrophils. Although they work to swallow and eat all the harmful cells including bacteria. They do not eat like a gentleman. Rather, they eat healthy enzymes while eating them and also spoil healthy cells.
While these events continued, some dendritic cells swallowed bacteria in the chest to the nearby lymph glands. Activates it by showing the bacterial parts of the bacteria near the T cells. After that, T cells then find the bacteria, and the adaptive resistance system also participates in our defense.
While these events continued, some dendritic cells swallowed bacteria in the chest to the nearby lymph glands. Activates it by showing the bacterial parts of the bacteria near the T cells. After that, T cells then find the bacteria, and the adaptive resistance system also participates in our defense.
Apart from some exceptions, most bacteria live in our bloodstream and reproduce. Therefore, the adverse resistance system against them mainly creates antibodies. When the antibodies hit the bacteria, the complement system kills them or the macrophages swallow them. Neutrophil is also keen to disperse these bacteria from our body. But sometimes the bacteria enter our cells and live there and reproduce there. This situation requires a different kind of arrangement.
Apart from some exceptions, most bacteria live in our bloodstream and reproduce. Therefore, the adverse resistance system against them mainly creates antibodies. When the antibodies hit the bacteria, the complement system kills them or the macrophages swallow them. Neutrophil is also keen to disperse these bacteria from our body. But sometimes the bacteria enter our cells and live there and reproduce there. This situation requires a different kind of arrangement.
When the bacteria enter the cell, then the protein proteins of the cell break down the antigenic peptides of the bacteria. Then the broken peptide fragments come with the tap on the endoplasmic reticulum. Tap (TAP) Full Finance Transporter Associated Antigen Protein Complex The protein of MHC is associated with endoplasmic reticulum peptides, then the complex comes from cell membrane. The incident that happened in simple language is the robber in my house, I hang the robber's head with my window. So that outside the police, the guards who go by are able to understand it and take action. Seeing that bacteria are suspended in the membrane of the peptide cells, it can destroy the cell by activating the cytotoxic lymphocytes, T hepler cells-1 can become super-oxidized enamel, which kills the inner bacteria in cells,
Surprisingly, this bacterial man has been stretching for thousands of years, even at the time you are reading this article, how many such incidents are happening in your body, you are not able to get it.