Bergsch Arne, Degenhardt Jan, Stressig Rüdiger, Dudwiesus Heiko, Graupner Oliver, Ritgen Jochen
Praenatal Plus, Centre for Prenatal Diagnostics and Genetics, 50672 Cologne, Germany.
Arbeitskreis Ultraschallsysteme, DEGUM, 10117 Berlin, Germany.
J Clin Med. 2024 Jun 20;13(12):3625. doi: 10.3390/jcm13123625.
: This study assesses the effects of the 'Radiant' image enhancement technique on fetal nuchal translucency (NT) measurements during first-trimester sonographic exams. : A retrospective analysis of 263 ultrasound images of first-trimester midsagittal sections was conducted. NT measurements were obtained using a semi-automatic tool. Statistical methods were applied to compare NT measurements with and without 'Radiant' enhancement. An in vitro setup with predefined line distances provided additional data. : Incremental increases in NT measurements were observed with varying levels of 'Radiant' application: an average increase of 0.19 mm with 'Radiant min', 0.24 mm with 'Radiant mid', and 0.30 mm with 'Radiant max.' The in vitro results supported these findings, showing consistent effects on line thickness and measurement accuracy, with the smallest mean deviation occurring at the 'Radiant mid' setting. : 'Radiant' image enhancement leads to significant increases in NT measurements. To avoid systematic biases in clinical assessments, it is advisable to disable 'Radiant' during NT measurement procedures. Further studies are necessary to corroborate these findings and to consider updates to the NT reference tables based on this technology.
本研究评估了“Radiant”图像增强技术在孕早期超声检查中对胎儿颈部透明带(NT)测量的影响。对263幅孕早期正中矢状切面的超声图像进行了回顾性分析。使用半自动工具获取NT测量值。应用统计方法比较有无“Radiant”增强时的NT测量值。具有预定义线距的体外设置提供了额外的数据。随着“Radiant”应用水平的不同,观察到NT测量值有增量增加:“Radiant min”时平均增加0.19毫米,“Radiant mid”时增加0.24毫米,“Radiant max”时增加0.30毫米。体外结果支持了这些发现,显示对线厚度和测量准确性有一致的影响,在“Radiant mid”设置下平均偏差最小。“Radiant”图像增强导致NT测量值显著增加。为避免临床评估中的系统偏差,建议在NT测量程序中禁用“Radiant”。有必要进行进一步研究以证实这些发现,并考虑基于该技术更新NT参考表。