中国实用护理杂志
中國實用護理雜誌
중국실용호리잡지
CHINESE JOURNAL OF PRACTICAL NURSING
2012年
32期
16-17
,共2页
三叉神经%微血管%减压%体位
三扠神經%微血管%減壓%體位
삼차신경%미혈관%감압%체위
Trigeminal nerve%Microvascular%Decompression%Position
目的 探讨三叉神经根微血管减压术摆置侧俯卧位时对腋神经的压迫程度以及术后对患者造成手臂酸麻等症状的情况,为神经外科施行三叉神经根微血管减压术时选择合适的侧俯卧位提供依据.方法 将44例实施三叉神经根微血管减压术的患者随机分成观察组与对照组各22例,观察2组患者在摆侧俯卧位时右手臂不同放置位置时对于术后患者的手臂功能的影响程度.结果 手术完毕患者清醒后2组患者的手臂感觉、对疼痛的反应、上肢肿胀情况及活动灵活度比较差异显著.结论 对于三叉神经根微血管减压术的侧俯卧位摆置需将患者的头部往前移,使右上肢脱离床体进行低位置固定,可以防止右上肢受压严重而造成神经受损或手臂功能受损.
目的 探討三扠神經根微血管減壓術襬置側俯臥位時對腋神經的壓迫程度以及術後對患者造成手臂痠痳等癥狀的情況,為神經外科施行三扠神經根微血管減壓術時選擇閤適的側俯臥位提供依據.方法 將44例實施三扠神經根微血管減壓術的患者隨機分成觀察組與對照組各22例,觀察2組患者在襬側俯臥位時右手臂不同放置位置時對于術後患者的手臂功能的影響程度.結果 手術完畢患者清醒後2組患者的手臂感覺、對疼痛的反應、上肢腫脹情況及活動靈活度比較差異顯著.結論 對于三扠神經根微血管減壓術的側俯臥位襬置需將患者的頭部往前移,使右上肢脫離床體進行低位置固定,可以防止右上肢受壓嚴重而造成神經受損或手臂功能受損.
목적 탐토삼차신경근미혈관감압술파치측부와위시대액신경적압박정도이급술후대환자조성수비산마등증상적정황,위신경외과시행삼차신경근미혈관감압술시선택합괄적측부와위제공의거.방법 장44례실시삼차신경근미혈관감압술적환자수궤분성관찰조여대조조각22례,관찰2조환자재파측부와위시우수비불동방치위치시대우술후환자적수비공능적영향정도.결과 수술완필환자청성후2조환자적수비감각、대동통적반응、상지종창정황급활동령활도비교차이현저.결론 대우삼차신경근미혈관감압술적측부와위파치수장환자적두부왕전이,사우상지탈리상체진행저위치고정,가이방지우상지수압엄중이조성신경수손혹수비공능수손.
Objective To discuss the application effect of lateral prone position in the left trigeminal nerve root microvascular decompression on the degree of compression on axillary nerve and arm discomfort,in order to supply evidence for selection of a suitable position during trigeminal nerve root microvascular decompression.Methods 44 cases who underwent microvascular decompression of trigeminal nerve roots were randomly divided into the observation group and the control group with 22 cases in each group.They were in lateral prone position with their arms placed in different positions.The influence on arm function was observed in two groups.Results The arm feeling,response to pain,the upper limb swelling and flexibility were statistically significant between two groups.Conclusions For lateral prone position arrangements during microvascular decompression of trigeminal nerve root,the patients' head should be moved ahead,the right arm should be out of bed and be fixed in a lower position,so that nerve and functional damage can be prevented by avoiding decompression of the right upper arm.