Algorithm for sequential tomography of the skull in patients with Traumatic Brain Injury
##plugins.themes.bootstrap3.article.main##
Abstract
Introduction: Encephalic structural imaging monitoring by means of sequential CT scan of the head is an established practice,
although carried out in a heterogeneous way in the different contexts due to inexistence of all necessary evidence to dictate standard. An investigation was performed to implement an algorithm for the application of sequential CT scan of the head in patients with head trauma. Material and Methods: A quasiexperimental study was practiced with all patients who suffer cerebral trauma, were hospital admitted and that were studied by means of head CT scan in two occasions at least in the same period of hospital admission. Systematization of the indications to perform sequential CT scan of the head was carried, then their application and later the evaluation of the behavior of variables by means of exploratory statistic, Chi-square, ANOVA and logistical regression. Based on data obtained and algorithm was designed and applied. Results: 84 patients were studied and the 16, 7% of the sample showed significant tomographic changes in the sequential studies. The group of patient more related with these changes was the one that presented persistent symptoms with initial Marshall III or IV. Main variables involved in the prognosis were high-speed mechanisms in the traumatism production, the persistence of symptoms and the initial Rotterdam score. Conclusions: Algorithm applied contributed to optimization of sequential CT scan of the head in patients with cerebral trauma.
##plugins.themes.bootstrap3.article.details##
Prognostic factors, neuromonitoring, cranial traumatisms, CT scan






