<caption><image_25>The image is a collage of four images that show different types of campylobacter spp. 

The first image on the top left shows a brown cow with its head turned to the side and its mouth open. The cow is standing on a grassy field with a blue sky in the background. The second image in the top right shows a white cow grazing on the grass. The third image shows a close-up of the cow's head and neck. The fourth image shows the cow lying on its side with its tongue sticking out.

In the bottom left image, there is a small amount of brown liquid, which appears to be a type of blood vessel. The liquid is likely a blood vessel, as indicated by the label on the bottom right corner of the image.</caption> type 4 secretion system here which is t4ss  it's a type 4 secretion system, right, Type 4 secretion system, which is the mediator of DNA and protein transfer between bacteria, now remember that I told you that bacteria, you saw this in general microg, have the ability to form piles, DNA is this system molecule here that ends up modulating what is transferred from one bacterial capillary to another, it duplicates the plasmid, transmits it through the pile, and so on. Um, as a secretion system, it is a mediator, right, that is, it modulates the transfer of DNA from one bacterium to another what structure does the bacterium use to exchange DNA the pile remembers this in the general microg in the channels between bacteria So this system often causes the bacterium, for example, to duplicate a plasmid that it has to transfer to  another bacterium in the pile is not just the system, so what does this provide for the maintenance of bacteria in gaining resistance, a series of other factors, and here is the big problem related to bovine campil bacter, which is the damage that occurs, necrosis, which determines  impl placenta and this causes abortion retention of the placenta, right, this is a serious problem in highly pathogenic cattle farming
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