中国现代医学杂志
中國現代醫學雜誌
중국현대의학잡지
CHINA JOURNAL OF MODERN MEDICINE
2005年
14期
2092-2095
,共4页
王聪侠%牛小麟%李永勤%董新%朱参战%张明娟%梁亮
王聰俠%牛小麟%李永勤%董新%硃參戰%張明娟%樑亮
왕총협%우소린%리영근%동신%주삼전%장명연%량량
心绞痛%尿激酶%内皮%血管活性物质
心絞痛%尿激酶%內皮%血管活性物質
심교통%뇨격매%내피%혈관활성물질
angina pectoris%urokinase%endothelium%vasoactive substances
目的分析不稳定型心绞痛患者应用小剂量尿激酶治疗前后内皮源性血管活性物质的变化,探讨小剂量尿激酶治疗心绞痛的机理.方法选择104例心电图负荷试验阳性、动态心电图出现缺血性改变的不稳定型心绞痛患者,于小剂量尿激酶治疗前后分别测定内皮素-1、组织型纤溶酶原激活物及其抑制剂的变化.结果小剂量尿激酶治疗后与治疗前相比较,组织型纤溶酶原激活物升高,内皮素-1及组织型纤溶酶原激活物抑制剂下降,其变化均具有显著性.结论小剂量尿激酶可明显调节不稳定型心绞痛患者常测定的内皮源性血管活性物质如内皮素-1、组织型纤溶酶原激活物及其抑制剂的活性,从而有效的治疗冠心病.
目的分析不穩定型心絞痛患者應用小劑量尿激酶治療前後內皮源性血管活性物質的變化,探討小劑量尿激酶治療心絞痛的機理.方法選擇104例心電圖負荷試驗暘性、動態心電圖齣現缺血性改變的不穩定型心絞痛患者,于小劑量尿激酶治療前後分彆測定內皮素-1、組織型纖溶酶原激活物及其抑製劑的變化.結果小劑量尿激酶治療後與治療前相比較,組織型纖溶酶原激活物升高,內皮素-1及組織型纖溶酶原激活物抑製劑下降,其變化均具有顯著性.結論小劑量尿激酶可明顯調節不穩定型心絞痛患者常測定的內皮源性血管活性物質如內皮素-1、組織型纖溶酶原激活物及其抑製劑的活性,從而有效的治療冠心病.
목적분석불은정형심교통환자응용소제량뇨격매치료전후내피원성혈관활성물질적변화,탐토소제량뇨격매치료심교통적궤리.방법선택104례심전도부하시험양성、동태심전도출현결혈성개변적불은정형심교통환자,우소제량뇨격매치료전후분별측정내피소-1、조직형섬용매원격활물급기억제제적변화.결과소제량뇨격매치료후여치료전상비교,조직형섬용매원격활물승고,내피소-1급조직형섬용매원격활물억제제하강,기변화균구유현저성.결론소제량뇨격매가명현조절불은정형심교통환자상측정적내피원성혈관활성물질여내피소-1、조직형섬용매원격활물급기억제제적활성,종이유효적치료관심병.
[Objective] To analyze the changes of vasoactive substances originated endothelium in patients with unstable angina pectoris treated by low dose of urokinase and explore mechanisms of the drug to treat the unstable angina pectoris. [Methods] 104 patients of unstable angina pectoris were studied. Their ECG stress tests were abnormal and there were ischemic changes in Holter. Before and after urokinase treatments, endothelin-1, plasma tissue plasminogen activator and its inhibitor-lwere determined. [ Results] Compared with pretreatments, after treatments,the activities of tissue plasminogen activator increased, endothelin-1 and the inhibitor-1 decreased. The changes were significant. [Conclusion] Low dose of urokinase can regulate the vasoactive substances originated endothelium obviously in patients with unstable angina pectoris. The major substances include endothelin-1, plasma tissue plasminogen activator and inhibitor-1. From this mechanism, urokinase can treat coronary heart disease effectively.