Evan X. Merz

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PURPOSE The objective of this study was to prenatally detect corpus callosum pathologies such as agenesis, partial agenesis, hypo- and hyperplasia and enhanced echogenicity. MATERIALS AND METHODS Between 2009 and 2013 detailed 3D ultrasound examinations of the fetal corpus callosum were carried out as part of a level III examination for fetal anomalies.(More)
Recently, a professor in the music department at UC Santa Cruz said in a casual conversation, " Processing is a great language for the arts, but it's much better with visuals than with sound. " Although he is one of the most well-informed professors of my acquaintance, I had to interrupt him. I told him that " that's not true any more. Now, we have Beads! "(More)
At the Department of Gynaecology and Obstetrics of the University of Mainz, the foetal weights were estimated in 196 foetuses between 24 and 42 weeks of gestation. All estimates were based on sonographic determination 0-6 days prior to delivery. In a prospective study the equations of Hansmann, Schillinger et al., Campbell and Wilkin, Warsof et al., Shepard(More)
OBJECTIVES To construct reference ranges of quantitative characteristics of the fetal corpus callosum. METHODS Women referred to a tertiary center for sonographic examination were recruited to undergo a detailed fetal scan from 17 to 41 weeks of gestation. Three-dimensional (3D) sonographic volumes of normal fetal brains were acquired and analyzed(More)
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