OBJECTIVE: Cervical spine encompasses a bridge role between the head and the lower parts of the spine and therefore has unique properties. Our aim in this study was to evaluate the cervical sagittal alignment parameters in pediatric and adult non-surgical patients and to find any differences in respect of age, sex and admission type. METHODS: All patients who were admitted to emergency and neurosurgery clinics of Diyarbakir Bismil State Hospital due to cervical spine problems (trauma, radiculopathy, paraspinal pain) in 2014 were enrolled retrospectively into the study. Cervical anterior-posterior and lateral X-rays were obtained. Our exclusion criteria were cervical coronal deformity, multitrauma, Glasgow Coma Scale <15, traumatic disruption of the cervical spine, history of malignancy, spinal infection, metabolic or rheumatologic diseases. RESULTS: There were 44 female and 55 male patients (n=99) in the study. Thirty-five (35.35%) of the patients were younger than 18 years of age. Mean cervical spinal alignment parameters were as follows: -42.81+/-11.23degrees (OC2), -17.15+/-11.48degrees (C2-C7), -29.82+/-7.60degrees (T1 slope), -3.62+/-3.05degrees (C3), -3.14+/-3.05 (C4), -3.80+/-2.74degrees (C5), -3.12+/-2.36degrees (C6), -3.43+/-2.53degrees (C7). Positive correlations were observed between age-C2C7 angle, C2C7 angle-T1 slope, C3 angle-C4 angle, C4 angle-OC2 angle, C4 angle-T1 slope, C4 angle-C5 angle. The one only negative correlation was between OC2 angle-C2C7 angle. CONCLUSION: In this regional study, it has been observed that global cervical lordosis increases as age increases. C4 vertebra is in the middle of this evaluation as it has many correlations with other cervical segments, which should be kept in mind when making surgical plans for this delicate spine region.
Adult ; Animals ; Congenital Abnormalities ; Emergencies* ; Female ; Glasgow Coma Scale ; Head ; Hospitals, State* ; Humans ; Lordosis ; Male ; Neurosurgery* ; Radiculopathy ; Radiography ; Retrospective Studies ; Spine ; Turkey*