Yes they can. Vibrio cholerae is one example of the top of my head.
A type of infection where the host cell bursts and is destroyed is known as a lytic infection. This process is commonly associated with viruses that infect bacteria, known as bacteriophages, where they replicate inside the host cell until it bursts, releasing new viral particles to infect other cells.
The two ways that viruses cause infection are by lytic infection and lysogenic infection. The virus can enter into a cell, make a copy of itself and the cause the cell to burst in a lytic infection. When a virus embeds its DNA into the DNA of a host cell and replicates, it is a lysogenic infection.
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Viral infections are caused by viruses, which are smaller than bacteria and can only replicate inside a host cell. Bacterial infections are caused by bacteria, which are single-celled microorganisms that can reproduce on their own. Treatment for viral infections typically involves symptom management, while bacterial infections may require antibiotics.
Intracellular pathogens, such as viruses and certain bacteria like Chlamydia and Rickettsia, enter normal cells to use their resources for reproduction. By hijacking the host cell's machinery, these microorganisms can evade the immune system and cause infections within the body.
Some key portions of a bacteria cell that aid in causing infection include pili for attachment to host cells, flagella for movement, and secretion systems for delivering toxins or other virulence factors into host cells. Additionally, the bacterial cell wall can help protect the bacterium from the host immune system.
No, bacteria can not endocytosise another bacteria. bacteria contains cell wall, DNA called nucleoid and cytoplasm. Bacteria can make its own proteins by its ribosomes..No, they do not. They are not large enough for more bacteria inside.
Intracellular Bacteria is bacteria that lives inside of a cell such as a macrophage. If the cell knows the bacteria is living inside of it the cell will destroy it, but some times bacteria can not be detected by the cell, so it lives inside of the cell. But how does the body destroy intracellular bacteria? In order for the cell to destroy the intracellular bacteria it needs the assistance of a T-Cell. OK, lets put the cell that contains the intracellular bacteria aside for right now. The T-Cell has previously found a different cell that recognized the virus and destroyed the virus. After the cell destroyed the virus it placed a piece of the virus along with a piece of MHC on the outer wall of itself. The cell is now called a "Presenting Cell". A T-Cell comes along and binds to the presenting cell recognizes that it killed the bacteria and begins to proliferate (divide) into thousands of CD8+ and CD4+ cells. The new CD4+ cells then differentiate or divided in to TH1 or TH2 cells. NOW... as the TH1 cells are moving around our body. The TH1 cells are very good at recognizing cells such as macrophages that have the intracellular bacteria living inside of it. When the TH1 cell find a cell that contains intracellular bacteria, the TH1 cell attaches itself to the cell that contains the intracellular bacteria and reprograms the cell it so it recognizes the intracellular bacteria and then destroys it. What happens after the TH1 cell reprogrammes the cell that contains the intracellular bacteria? The reprogramming allows the lysosomes inside of the cell to recognize the bacteria. The cell then forms a Phagosome around the intracellular bacteria. lysosomes inside of the cell attach the Phagosome creating a Phagolysosome. The Phagolysosome is like a bag that contains the intracellular bacteria and destroys the bacteria though lysosomal enzymes and other toxins. The cell then releases the destroyed bacteria as debris.
The genetic material from the bacteria will get transfered into the white blood cell and more bacteria will be produced.
Anthrax bacteria (Bacillus anthracis) typically enter a host's body through ingestion, inhalation, or through breaks in the skin. Once inside the body, the bacteria produce toxins that can cause cell death and tissue damage, leading to the symptoms associated with anthrax infection.
symbiontBacteria can form good and bad relationships with many other organism and humans. In plants and humans good bacteria creates enzymes which help digest food and get rid of waste. Bad bacteria can cause destruction of good cell which could cause infection.
Peptidoglycan is found inside of the cell wall of the bacterial cell.