To investigate changes in the core temperature and body surface temperature in patients with incomplete spinal cord injuries (SCI). In incomplete SCI, the temperature change is difficult to see compared with complete spinal cord injuries. The goal of this study was to better understand thermal regulation in patients with incomplete SCI.
Fifty-six SCI patients were enrolled, and the control group consisted of 20 healthy persons. The spinal cord injuries were classified according to International Standards for Neurological Classification of Spinal Cord Injury. The patients were classified into two groups: upper (neurological injury level T6 or above) and lower (neurological injury level T7 or below) SCIs. Body core temperature was measured using an oral thermometer, and body surface temperature was measured using digital infrared thermographic imaging.
Twenty-nine patients had upper spinal cord injuries, 27 patients had lower SCIs, and 20 persons served as the normal healthy persons. Comparing the skin temperatures of the three groups, the temperatures at the lower abdomen, anterior thigh and anterior tibia in the patients with upper SCIs were lower than those of the normal healthy persons and the patients with lower SCIs. No significant temperature differences were observed between the normal healthy persons and the patients with lower SCIs.
In our study, we found thermal dysregulation in patients with incomplete SCI. In particular, body surface temperature regulation was worse in upper SCIs than in lower injuries. Moreover, cord injury severity affected body surface temperature regulation in SCI patients.
Citations
Cerebral ischemia in experimental animals was worsened by hyperthermia, whereas was improved by hypothermia. Whether these observations apply to human beings with stroke is unknown. The objective of this study is to determine the relation between body temperature of stroke patient on admission and infarct size and functional recovery. In a retrospective study, 101 charts of stroke patients who had been admitted to the hospital were reviewed. Initial body temperature on admission, infarct size, and functional recovery were checked and analyzed. Based on body temperature differences, cases were divided into three groups, hypothermia, normothermia, and hyperthermia group. Infarct size was measured by computed tomography. Functional recovery was evaluated with functional independence measure(FIM) on admission and discharge. Multiple regression of ANOVA and Student's T-test were used for statistical analysis. Results disclosed that body temperature had no correlation with functional recovery but cases with initial high body temperature trended to increase in infarct size.
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