中国医药科学
中國醫藥科學
중국의약과학
CHINA MEDICINE AND PHARMACY
2014年
7期
118-120
,共3页
X线%骨肿瘤%诊断%应用价值
X線%骨腫瘤%診斷%應用價值
X선%골종류%진단%응용개치
X-ray%Bone tumor%Diagnosis%Application value
目的:分析X线在骨肿瘤患者诊断中的作用,探讨X线在骨肿瘤患者诊断中的应用价值。方法回顾性分析我院收治的72例骨肿瘤患者的临床资料,分析骨肿瘤患者的X线资料,同时与病理学检查结果进行比较,评价X线在骨肿瘤患者诊断中的应用价值。结果 X线检查诊断的结果与病理学检查结果相比,其正确率为88.9%,与病理学结果有一定的差距,有显著性差异(P<0.05);X线平片检查可较直观的显示骨肿瘤患者骨质破坏区,骨质破坏基本情况等信息。结论X线影像学检查可初步诊断骨肿瘤及骨质破坏的状况,在基层医院有较大的应用价值,但有一定的局限性,临床诊断骨肿瘤时需结合患者的临床表现、病理检查结果等进行综合分析,以提高临床诊断骨肿瘤的正确率。
目的:分析X線在骨腫瘤患者診斷中的作用,探討X線在骨腫瘤患者診斷中的應用價值。方法迴顧性分析我院收治的72例骨腫瘤患者的臨床資料,分析骨腫瘤患者的X線資料,同時與病理學檢查結果進行比較,評價X線在骨腫瘤患者診斷中的應用價值。結果 X線檢查診斷的結果與病理學檢查結果相比,其正確率為88.9%,與病理學結果有一定的差距,有顯著性差異(P<0.05);X線平片檢查可較直觀的顯示骨腫瘤患者骨質破壞區,骨質破壞基本情況等信息。結論X線影像學檢查可初步診斷骨腫瘤及骨質破壞的狀況,在基層醫院有較大的應用價值,但有一定的跼限性,臨床診斷骨腫瘤時需結閤患者的臨床錶現、病理檢查結果等進行綜閤分析,以提高臨床診斷骨腫瘤的正確率。
목적:분석X선재골종류환자진단중적작용,탐토X선재골종류환자진단중적응용개치。방법회고성분석아원수치적72례골종류환자적림상자료,분석골종류환자적X선자료,동시여병이학검사결과진행비교,평개X선재골종류환자진단중적응용개치。결과 X선검사진단적결과여병이학검사결과상비,기정학솔위88.9%,여병이학결과유일정적차거,유현저성차이(P<0.05);X선평편검사가교직관적현시골종류환자골질파배구,골질파배기본정황등신식。결론X선영상학검사가초보진단골종류급골질파배적상황,재기층의원유교대적응용개치,단유일정적국한성,림상진단골종류시수결합환자적림상표현、병리검사결과등진행종합분석,이제고림상진단골종류적정학솔。
Objective To analyze the role and application value of X-ray in the diagnosis of bone tumors. Methods Clinical data of 72 patients with bone tumors admitted to our hospital were analyzed retrospectively and their X-ray data were analyzed and compared to the pathological examination results. The application value of X-ray for patients with bone tumors was evaluated. Results Compared to the pathological examination results,the accuracy rate of X-ray examination results was 88.9%,with significantly difference(P<0.05). X-ray plain film examination could display the bone destruction area and bone destruction conditions of bone tumors. Conclusion X-ray imaging examination can diagnose the bone tumors and bone destruction status initially and has large application value in primary hospitals,but it has certain limitations. Clinical diagnosis of bone tumors should combine the patients' clinical manifestations and pathological examination results in order to improve the accuracy rate of the clinical diagnosis of bone tumors.