早产儿视网膜病的危险因素分析及随访调查

研究早产儿视网膜病(retinopathy of prematurity,ROP)的发生率、高危因素、治疗与随访情况。方法对2005年7月-2007年12月温州医学院附属第一医院NICU收治的符合ROP筛查标准的早产儿,于生后2周开始由资深眼科医师开始行间接眼底镜检查眼底,并进行随访。结果434例早产儿中ROP的发生率为5.5%(24/434例),24例ROP中Ⅰ期19例,Ⅱ期3例,Ⅲ期2例。Ⅲ期阈值病变者行激光光凝治疗,全部患儿均恢复正常。对434例早产儿行单因素分析得出,胎龄、出生体重、住院时间、吸氧、吸氧浓度、吸氧时间、呼吸暂停、新生儿肺透明膜病(RDS)、肺表面活性剂(PS)的应用、机械通气、输血、光疗时间、感染与ROP的发生有相关性(P<0.05)。Logistic回归分析显示胎龄、出生体重、胎数、吸氧时间、光疗时间、代谢性酸中毒、母亲妊高症、颅内出血是影响ROP发生的主要因素。结论早产是ROP的根本原因,防治各种并发症、合理的氧疗是预防ROP的关键。建立完善有效的ROP筛查制度,早期发现、早期治疗ROP,可改善ROP的预后。     

Range of Motion of the Joints of the Lower Extremities of Newborns

No abstract available for this article.     

婴幼儿法乐四联症手术治疗近期疗效的影响因素

目的 探讨影响婴幼儿法乐四联症手术治疗近期疗效的各相关因素.方法 将2003年8月至2011年2月经作者一期手术纠治的117例年龄≤3岁的法乐四联症患儿分为疗效良好、疗效较差两组.分析手术时患儿年龄、体重、术前HCT值、McGoon指数、EDVI、主动脉阻断时间、转流时间、室间隔缺损大小、升主动脉与肺动脉干直径比、...     

Outcome of the Treatment of Inborn Errors of Metabolism

The use of specific dietary restrictions, cofactor administration, mobilisation of insoluble substances, environmental modifications, product replacement and selective enzyme inhibition are now established for the treatment of some inborn errors of metabolism. There is no generally accepted application for enzyme administration, cytopharmacology (manipulation of the cytoskeleton) or for cell transplantation except for bone marrow transplantation in disorders where the bone marrow is primarily at fault. The other uses of bone marrow transplantation which have been proposed require further evaluation. Results of recent research suggest that the scope of this approach is gradually being widened. There is also scope for development in the field of organ transplantation taking advantage of recent technical¹ and immunological progress. The treatment of inborn errors of metabolism by genetic modification is not yet on a practical clinical level; more laboratory and animal studies are needed before this can be attempted in man. Adenosine deaminase deficiency appears to be the disease in which this will be first attempted using a retroviral vector to insert the gene into the genome of pluripotential bone marrow cells.