A dislocated skull can be a serious medical condition. Listed below are some signs and symptoms of a dislocated skull, as well as possible treatment options. You should seek medical attention if you experience any of these symptoms. You should also see a doctor right away if the injury is severe enough to require surgery. This article will discuss the clinical signs and surgical indications for dislocated skull fractures. Read on to learn more.
Diagnosis of dislocated skull
Several different tests are used in the diagnosis of dislocated skulls. CT scans and plain radiographs are the two most commonly used. However, MRI is more sensitive for visualizing soft tissue injuries, ligamentous disruption, and spinal cord edema. Diagnosis of the dislocated skull may take weeks or months. In severe cases, a child may require therapy to restore brain function. The type and severity of the fracture determine the treatment options.
A fracture of the skull can be simple or complex. There are three types of fractures: linear, depressed, and compound. Each type is accompanied by different symptoms. 
The most common type of dislocated skull is a linear fracture. A fracture along a suture line indicates that a great force has been applied to the skull. The fracture may be clean or contaminated. MRIs can also determine the type of fracture.
Treatment of dislocated skull
The treatment of a dislocated skull consists of several procedures that may be combined. The most common procedures include transoral adenoidectomy, posterior fixation, and fusion. These procedures aim to restore craniocervical anatomy. However, there are other techniques available. If you think you have dislocated your skull, see your doctor. Treatment for dislocated skulls should be as quickly as possible to reduce the likelihood of further complications.
Surgical intervention may be an option for patients with AAS. Multiple procedures have been performed for stabilization of the atlantoaxial joints and spinal cord decompression. The lateral mass, pedicle, and lamina of C1 have been used for fixation. Many of these procedures have shown satisfactory surgical outcomes. Intraoperative skull traction is also a useful technique for reducing AAS. Other fixation techniques include lateral mass, pedicle, and lamina of C2.
Surgical indications for dislocated skull fracture
Surgical indications for a dislocated skull fracture may vary, depending on the location of the injury, the extent of damage, and other factors. Linear skull fractures are commonly treated conservatively, and depressed skull fractures often require surgery. Linear skull fractures are caused by a broad impact, which causes a wave-like shear force. The sheer force propagates radially from the impact point, creating concentric fracture lines and a comminuted “dent” in the skull.
If the skull fracture is dislocated and causes symptoms, it is reasonable to suspect a brain injury. In this instance, surgery may be appropriate if traumatic brain injury (TBI) is present. A common classification system for TBI includes the type of initial injury and the associated sequelae. Surgical intervention may not be indicated if the patient develops focal neurologic signs. A focal lesion is the most likely result of the initial insult, but it can also be a hematoma, contusion, or parenchymal hematoma. In addition, the elevation of a depressed fracture is not therapeutic in cases of non-compressive injury.
Clinical signs of dislocated skull
Some of the most common symptoms of a dislocated skull are pain and a cut behind the eye. Fluid may also drain from the nose and ears. If the skull fracture is linear, the fracture is not serious and the patient may be able to go home and resume activities within a few days. However, in some cases, surgery may be necessary to correct the dislocation. In such cases, the child should seek medical attention immediately and go to the nearest emergency room.
The patient should consult a doctor for a medical evaluation. Open fractures are easy to identify, while depressed fractures may be harder to spot. A physical examination will help determine if a dislocation is present and what its extent is. Imaging tests may also be used to determine the severity of the injury. X-rays, CTs, and MRIs are common diagnostic tools used by physicians to assess a fracture.
