The effect of modified minimal trauma installed tube on serum osteopontin levels and edema band width in patients with cerebral hemorrhage

XIAO Bo; SHI Beitian; XU Lilin; LIN Ning

doi:10.3969/j.issn.1671-6450.2018.07.006

Abstract：Objective To investigate the effect of modified minimal trauma installed tube on serum osteopontin levels and edema band width in patients with cerebral hemorrhage. Methods One hundred and two cases of patients with cerebral hemorrhage were admitted to our hospital from August 2014 to May 2017 were selected as objects and randomly divided into two groups,with 51 cases in each group. The traditional group received conventional therapy combined with minimal trauma in-stalled tube surgery,while the modified group was implemented modified minimal trauma installed tube. The clinical effect (including NIHSS score, GCS score, FMA score) and serum osteopontin levels and edema band width between two groups were compared. Results The NIHSS score,GCS score,FMA score,serum osteopontin levels and edema band width between two groups were without significant differences(P＞0. 05). The NIHSS score, serum osteopontin levels and edema band width of the two groups were much lower after treatment than those before treatment(P＞0. 05), The GCS score, FMA score of the two groups were much higher after treatment than those before treatment(P＜0. 05). The NIHSS score, serum osteopontin lev-els and edema band width of the modified group were much lower than those in traditional group(t/P=3. 307/0. 001,2. 181/0. 032,3. 621/0. 000). The GCS score FMA score of upper limb, FMA score of lower limb of the modified group were much higher after treatment than in traditional group (t/P=2. 491/0. 015,2. 695/0. 009,3. 555/0. 001). Conclusion Modified minimal trauma installed tube could reduce the osteopontin levels and improve the width of edema in patients with intracerebral hematoma, which can inhibit cerebral ischemia reperfusion injury, and restore nerve function.