中华儿科杂志
中華兒科雜誌
중화인과잡지
Chinese Journal of Pediatrics
2010年
8期
629-632
,共4页
陈兴华%戴碧涛%于洁%徐酉华%宪莹%苏庸春%肖剑文%温贤浩%管贤敏
陳興華%戴碧濤%于潔%徐酉華%憲瑩%囌庸春%肖劍文%溫賢浩%管賢敏
진흥화%대벽도%우길%서유화%헌형%소용춘%초검문%온현호%관현민
血液凝固障碍%抗啮齿动物药%维生素K1%儿童
血液凝固障礙%抗齧齒動物藥%維生素K1%兒童
혈액응고장애%항교치동물약%유생소K1%인동
Blood coagulation disorders%Rodenticides%Vitamin K1%Child
目的 总结灭鼠药致继发性凝血功能障碍患儿临床特征,探讨诊断及治疗措施.方法 回顾分析2009-2010年13例住院治疗的灭鼠药中毒致凝血功能障碍患儿的临床资料.结果 该组患儿以鼻衄、牙龈出血、皮肤瘀点、瘀斑等皮肤黏膜出血为主要临床表现(66.6%),既往身体健康,无类似出血表现.凝血像检查均有活化部分凝血活酶时间(APTT)、凝血酶原时间(PT)延长,凝血因子Ⅱ缺乏,Ⅶ、Ⅸ、Ⅹ因子水平降低.纤维蛋白原均正常.13例患儿血、尿毒物检测,均检测出化学毒物灭鼠药(然而其中12例患儿均无明确进食灭鼠药史).使用凝血酶原复合物,新鲜血浆和维生素K1(VitK1)治疗有效.6例患儿2~3周后再次发生出血.结论 儿童继发性凝血功能障碍疾病需高度警惕抗凝血灭鼠药中毒可能.及时补充凝血因子,早期使用VitK1有效.因灭鼠药排泄慢,VitK1治疗时间宜大于2个月或更长,应随访检测凝血指标并决定是否停药.
目的 總結滅鼠藥緻繼髮性凝血功能障礙患兒臨床特徵,探討診斷及治療措施.方法 迴顧分析2009-2010年13例住院治療的滅鼠藥中毒緻凝血功能障礙患兒的臨床資料.結果 該組患兒以鼻衄、牙齦齣血、皮膚瘀點、瘀斑等皮膚黏膜齣血為主要臨床錶現(66.6%),既往身體健康,無類似齣血錶現.凝血像檢查均有活化部分凝血活酶時間(APTT)、凝血酶原時間(PT)延長,凝血因子Ⅱ缺乏,Ⅶ、Ⅸ、Ⅹ因子水平降低.纖維蛋白原均正常.13例患兒血、尿毒物檢測,均檢測齣化學毒物滅鼠藥(然而其中12例患兒均無明確進食滅鼠藥史).使用凝血酶原複閤物,新鮮血漿和維生素K1(VitK1)治療有效.6例患兒2~3週後再次髮生齣血.結論 兒童繼髮性凝血功能障礙疾病需高度警惕抗凝血滅鼠藥中毒可能.及時補充凝血因子,早期使用VitK1有效.因滅鼠藥排洩慢,VitK1治療時間宜大于2箇月或更長,應隨訪檢測凝血指標併決定是否停藥.
목적 총결멸서약치계발성응혈공능장애환인림상특정,탐토진단급치료조시.방법 회고분석2009-2010년13례주원치료적멸서약중독치응혈공능장애환인적림상자료.결과 해조환인이비뉵、아간출혈、피부어점、어반등피부점막출혈위주요림상표현(66.6%),기왕신체건강,무유사출혈표현.응혈상검사균유활화부분응혈활매시간(APTT)、응혈매원시간(PT)연장,응혈인자Ⅱ결핍,Ⅶ、Ⅸ、Ⅹ인자수평강저.섬유단백원균정상.13례환인혈、뇨독물검측,균검측출화학독물멸서약(연이기중12례환인균무명학진식멸서약사).사용응혈매원복합물,신선혈장화유생소K1(VitK1)치료유효.6례환인2~3주후재차발생출혈.결론 인동계발성응혈공능장애질병수고도경척항응혈멸서약중독가능.급시보충응혈인자,조기사용VitK1유효.인멸서약배설만,VitK1치료시간의대우2개월혹경장,응수방검측응혈지표병결정시부정약.
Objective To summarize the clinical characteristics of secondary coagulation disorders caused by exposure to posion (raticide) in children and to investigate the diagnosis and corresponding treatment Method The process of diagnosis, clinical characteristics, response to treatment and the prognosis were analyzed. Results The main clinical manifestation was mucosal bleeding (66. 6% ) , including epistaxis, gingivaJ bleeding, hematomas and so on. All these children were previously well and had no history of bleeding. Activated partial thromboplastin time (APTT) and prothrombin time (PT) were prolonged, factor Ⅱ was undetectable and the levels of factors Ⅶ, Ⅸ, and Ⅹ were lower. The fibrinogen was normal. A raticide was detected in blood and urine of 13 children although 12 of the patients had no definite history of raticide ingestion. Prothrombin complex,fresh frozen plasma and vitamin K, were effective in these cases. However, 2-3 weeks later, 6 patients presented with recurrent bleeding. Conclusion For children with secondary coagulation disorders of unknown cause, intoxication of raticide should be considered. The administration of blood coagulation factors and vitamin K1 are effective in early treatment, and the treatment period should be more than 2 months. The PT and APTT should be followed up. Vitamin K1 should be stoped when PT and APTT are normal.