危重新生儿中枢神经系统(CNS)异常的早期超声检测。

A. Taksande, R. Rao
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引用次数: 0

摘要

背景:神经超音波在三级医院新生儿重症监护病房(NICU)筛查中常用,用于早期发现中枢神经系统(CNS)缺陷,如脑室内出血(IVH)、脑积水、脑水肿或任何结构异常。在新生儿的大脑中。目的:探讨危重新生儿中枢神经系统异常的超声检查方法。材料和方法:这是一项横断面研究,在NICU, AVBRH, Sawangi Meghe完成。通过详细的产妇病史和临床检查,新生儿被描述为“危重症”。这些新生儿接受神经超声检查(NUSG),根据纳入和排除标准,按照协议和各种异常记录。评估胎龄、出生体重、临床检查、调查、神经超声检查结果和预后。结果:对105例危重新生儿行神经超声检查。其中21人有异常的神经超声检查结果。高危新生儿出生体重、胎龄与神经超声检查异常无显著相关性(p=0.538和p=0.130)。最常见的临床表现是RDS,其次是新生儿癫痫发作。平均HR、RR、SBP、DBP、SpO2分别为140±19.81、54.08±13.07、90.96±8.66、54.13±8.39、94.39±6.93。生命参数与神经超声检查有无异常无统计学意义。在神经超声检查中,20%的新生儿有异常发现。其中8.57%为脑积水,6.6%为脑室内出血,1.90%为脑室周围回声增强,0.95%为脑水肿,0.95%为生发基质出血,1%为脑脓肿。72例新生儿(68.57%)出院时转归阳性,死亡19例(18.10%)。结论:神经超声检查在新生儿重症监护病房是一种有用的工具。筛查危重新生儿并帮助早期发现和管理这些危重新生儿是可接受和可靠的方式。
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Early detection of Central Nervous System (CNS) abnormality by Neurosonography in critically ill neonates.
Background: Neurosonography has commonly used for screening in a tertiary level hospital with a neonatal intensive care unit (NICU), for early detection of Central Nervous System (CNS) defects like intra-ventricular haemorrhage (IVH), hydrocephalus, cerebral edema or any structural anomalies. in the neonates brain. Aim: To study the detection of Central Nervous System (CNS) abnormality by neurosonography in critically ill neonates. Materials and methods: This was a cross sectional study done in NICU, AVBRH, Sawangi Meghe. By taking detailed maternal history and clinical examination, neonate is described as “critically ill”. These neonates subjected to neurosonogram (NUSG) according to the inclusion and exclusion criteria as per the protocols and various anomalies noted. Gestational age, birth weight, clinical examination, investigation, neurosonography finding and outcome were evaluated. Results: Neurosonography performed in 105 critically ill neonates. Out of that, 21 had abnormal neurosonography finding. There was no significant correlation of birth weight and gestational age of high-risk neonate with abnormal neurosonograpy (p=0.538 & p=0.130). The most frequent clinical manifestation was RDS followed by neonatal seizure. The mean HR,RR, SBP,DBP and SpO2 were 140±19.81, 54.08±13.07, 90.96±8.66, 54.13±8.39 and 94.39±6.93 respectively. There was no statistically significant correlation between the vital parameters and the presence of abnormalities on neurosonography. On neurosonography, 20% of neonates had abnormal findings. About 8.57% of these had hydrocephalus, 6.6% Intraventricular haemorrhage, 1.90% has periventricular echogenicity, 0.95% had cerebral oedema, 0.95% had germinal matrix haemorrhage and 1% had brain abscess. Seventy-two neonates (68.57%) participate had positive outcome at the time of NICU discharge and 19(18.10%) were died. Conclusion: Neurosonography is a useful tool in NICU. It is acceptable and reliable modality to screen critically ill neonates and aid in early detection and management of these ill neonates.
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