热带病与寄生虫学
熱帶病與寄生蟲學
열대병여기생충학
TROPICAL DISEASES AND PARASITOLOGY
2000年
2期
85-87
,共3页
蓝继毓%王延玲%耿志辉%崔满华%张永生
藍繼毓%王延玲%耿誌輝%崔滿華%張永生
람계육%왕연령%경지휘%최만화%장영생
先天性弓形虫病%聚合酶链反应%治疗
先天性弓形蟲病%聚閤酶鏈反應%治療
선천성궁형충병%취합매련반응%치료
congenital toxoplasmosis%PCR%treatment
目的刚地弓行虫可以通过胎盘屏障而形成垂直传播,并可引起先天性弓形虫病,早期诊断难并常常会错过早期治疗的机会.本文对PCR和IHA两种诊断方法进行了比较,并采用了磺胺嘧啶和螺旋霉素进行了治疗.方法于1993-
1996年间,对296例新生儿静脉血样采用PCR和IHA方法进行了检测.结果PCR法优于IHA法(P<0.05);以磺胺嘧啶和螺旋霉素治疗的17例患儿全部治愈,而且其生长发育均正常.结论 PCR方法显示出了特异性高、敏感性强并可应用于早期诊断,以预防新生儿死亡和后遗症的发生.各种不同表现的先天性弓形虫病是可以被发现的,而且采用磺胺嘧啶和螺旋霉素可以治愈.
目的剛地弓行蟲可以通過胎盤屏障而形成垂直傳播,併可引起先天性弓形蟲病,早期診斷難併常常會錯過早期治療的機會.本文對PCR和IHA兩種診斷方法進行瞭比較,併採用瞭磺胺嘧啶和螺鏇黴素進行瞭治療.方法于1993-
1996年間,對296例新生兒靜脈血樣採用PCR和IHA方法進行瞭檢測.結果PCR法優于IHA法(P<0.05);以磺胺嘧啶和螺鏇黴素治療的17例患兒全部治愈,而且其生長髮育均正常.結論 PCR方法顯示齣瞭特異性高、敏感性彊併可應用于早期診斷,以預防新生兒死亡和後遺癥的髮生.各種不同錶現的先天性弓形蟲病是可以被髮現的,而且採用磺胺嘧啶和螺鏇黴素可以治愈.
목적강지궁행충가이통과태반병장이형성수직전파,병가인기선천성궁형충병,조기진단난병상상회착과조기치료적궤회.본문대PCR화IHA량충진단방법진행료비교,병채용료광알밀정화라선매소진행료치료.방법우1993-
1996년간,대296례신생인정맥혈양채용PCR화IHA방법진행료검측.결과PCR법우우IHA법(P<0.05);이광알밀정화라선매소치료적17례환인전부치유,이차기생장발육균정상.결론 PCR방법현시출료특이성고、민감성강병가응용우조기진단,이예방신생인사망화후유증적발생.각충불동표현적선천성궁형충병시가이피발현적,이차채용광알밀정화라선매소가이치유.
Objective Toxoplasma gondii can pass the placental barries to form vertical transmission and causes a congenital toxoplasomosis. The early diagnosis is difficult and the opportunity of early treatment is often missed. In the present paper, a comparison between PCR and IHA technique and the treatment method using sulfadiazinum and spiramycin were made. Methods In 1993 - 1996, in 296vein blood samples from newborns examined using PCR and IHA techniques. 17 cases of congenital toxoplasmosis were treated for one year. Results The PCR technique was better than the IHA (P<0.05). 17 cases treated with sulfadiazinum and spiramycin were cured and their growth and development were normal. Conclusion The PCR technique showed high specific and high sensitive and can be applied for the early diagnonsis in order to prevent newborn death and occurrence of sequelae. Different manifestations of congenital toxoplasmosis have been found and can be cured using sulfadiazinum and spiramycin.