How do non-phagocyte cells handle bacterial infections?

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In the discussion, it is established that invading bacteria are typically phagocytosed by specialized immune cells known as phagocytes. However, when non-phagocyte cells become infected, they are recognized by cytotoxic T-cells, which target and destroy these infected cells. This suggests that infected non-phagocyte cells are generally not salvageable and face destruction. The conversation also touches upon the immune response to damaged cells, such as those with severe DNA damage or infections, which often leads to programmed cell death (apoptosis). There is uncertainty regarding any potential mechanisms that might allow for the rescue of these damaged cells without their destruction.
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Normally invading Bacteria are phagocytosed by phagocytes. Phagocytes are specialised cells. But, if a non-phagocyte cells are infected with bacteria how those cells handle this situation? Do they succumb to the bacteria? Or they too Phagocytosis the invader?
 
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Infected cells are recognized by a specialized class of immune cells called cytotoxic T-cells (killer T-cells) that can recognize infected cells then destroy the infected cells.
 
That would mean that the infected non-phagocyte cells are destined to be destroyed. There is no way they can be rescued. Is this presumption right?

Ask the same, Thanks for the response.
 
In general, damaged cells (e.g. cells exhibiting severe DNA damage, viral infection, bacterial infection, etc.) are targeted by the immune system or other mechanisms to undergo programmed cell death (apoptosis). I am not sure whether there are mechanisms to rescue cells without destroying them.
 
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