What is the skull of batch?

The cranial stitch is a joint that is located between the skull bones, a rounded part of the skull that is located in the brain. The type of joint known in anatomy as syntrosis, the cranial stitch allows only a small to no movement between the bones and what is not allowed usually occurs in the first few years of life because the skull claims. This joint can also be classified according to its structure as a fibrous joint, the type of joint in which the bones are held together by a network of small fibers known as Sharpey fibers. These fibers allow a small degree of elasticity, so in the case of brain swelling after injury, the skull can easily expand.

While there are more than 15 skull stitches, the most important of them are connected to the large bones of the skull: frontal bones, parietal bones, temporary bones and bones. Between the front bones on the forehead and the pair of parietal bones covering the upper part of the skull is the large thighs of the soouts. Starting with one ear, the coronal stitch extends over the top of the head just behind the hair linii to the other ear. Like any cranial stitch, it is not a straight line, but rather jagged as a river on the map, the bones on both sides joined almost together as two tectonic plates.

Another important cranial stitch divides two parietal bones. This is known as a sagittal stitch. Beginning, where the parietal bones meet in the middle line of coronal batch, the sagittal stitch divides the skull into the right and left half. It then extends along the back of the skull to the base of parietal bones and ends where they connect with the occipital bone. Similar stitches are found between parietal bones and occipital bones, between parietal bones and time bones and, among other things, between temporary bones and occipital bones.

What they do with these skulls fit as firmly together as pieces of puzzle is the presence of small collagen fibers in every cranial stitch. This shout that is referred to as Sharpey's fibers with a joint safely spoThey do fibrous tissue with the bone, but also lend flexibility to the joint. In adulthood, these bones rarely have to move in relation to each other, but in the case of brain trauma, the skull may have to extend a little to relieve the pressure of the brain. Sharpey fiber flexibility allows individual skull bones to move out.