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[超声检查在新生儿科的临床应用]

[Clinical use of sonography in neonatology].

作者信息

Vergesslich K A

出版信息

Ultraschall Med. 1987 Feb;8(1):14-26. doi: 10.1055/s-2007-1011652.

Abstract

During the neonatal period, sonography mostly represents the primary imaging modality of choice. Noninvasiveness, no exposure to ionizing radiation and no harmful side effects in biologic tissues contribute to the advantages of this technique. Validity of ultrasonic imaging in the neonatal age group lies primarily in the detection of congenital anomalies. Intraacerebral (2.39 per 1000 live births) as well as intracardiac (6 per 1000 live births) and intraabdominal anomalies can be diagnosed sonographically. Anatomic sites of origin of neonatal abdominal masses are renal (55%), genital (15%), gastrointestinal (15%), non-renal retroperitoneal (10%) and hepato-spleno-biliary (5%). Furthermore, changes of echogenicity reflect structural changes and thus impairment of function in various organs. Finally, Duplex sonography, the combination of real time imaging and Doppler flow measurement, can differentiate between vascular and avascular lesions and normal and abnormal flow patterns. The application of diagnostic ultrasound in the neonatal period is demonstrated.

摘要

在新生儿期,超声检查大多是首选的主要成像方式。无创性、不接触电离辐射以及对生物组织无有害副作用是这项技术的优点。超声成像在新生儿年龄组的有效性主要在于先天性异常的检测。脑内(每1000例活产中有2.39例)以及心脏内(每1000例活产中有6例)和腹腔内异常都可以通过超声检查诊断出来。新生儿腹部肿块的解剖起源部位为肾脏(55%)、生殖系统(15%)、胃肠道(15%)、非肾脏腹膜后(10%)和肝脾胆(5%)。此外,回声性的变化反映了结构变化,从而反映了各个器官的功能损害。最后,双功超声检查,即实时成像与多普勒血流测量相结合,能够区分血管性和非血管性病变以及正常和异常血流模式。本文展示了诊断超声在新生儿期的应用。

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