<caption><image_11>The image is a slide from a presentation about Borrelia spp. It is divided into three sections. 

The first section on the top left shows a cross-section of a blood vessel with red blood cells. The blood vessels are arranged in a radial pattern, with the largest blood vessel at the top and the smallest at the bottom. The red blood vessels appear to be blood vessels, which are responsible for the flow of blood from the vessel to the vessel.

In the center of the slide, there is a diagram of the blood vessel, which is a type of blood vessel that is responsible for regulating blood flow. The diagram shows the blood vessels in different stages of blood flow, with some areas having a red blood vessel and others having a yellow blood vessel. The image also shows a diagram that shows the different types of blood vessels and how they interact with each other in order to regulate blood flow and regulate the flow rate of blood.</caption> serology as a result of the genetic variety that this group of bacteria has, so abelia, this bacterial genus, it also doesn't escape this, so these are bacteria that are stained by Gran negatives. So, obviously, sorry, it has characteristics of Gran negative, so it has an external membrane.  LPS is present, a thin layer of peptide glycan, a structure that resembles the external membrane that has an affinity for grain staining and is obviously negative in nature, right, stopped by fucin. Okay, so in a smear and or carefully monitored, if you do a grana stain, it is  behave with a negative grain, so it's a spiral bacterium that has a variable size, around 205 micrometers in diameter and 8 to 30 micrometers in length, right? It varies a lot between the borrhoea species as well, depending on the degree of development.  also of these species, let's remember in the general microg what defines the genera, because the motility, mainly of bacteria such as spirochetes, is due to the presence of what we call axial fibrils, remember that, or axial flagellum, in some books
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