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1 lly integrated screening, but without nuchal translucency).
2 s affected the perception of surface opacity/translucency.
3 GCs remain elusive due to their high optical translucency.
4  imaging owing to its small size and optical translucency.
5 ultrasonographic measurement of fetal nuchal translucency.
6 es that evoke vivid percepts of 3D shape and translucency.
7 en the perception and physics of opacity and translucency.
8 andard screening (with measurement of nuchal translucency and biochemical analytes) and cfDNA testing
9 ard screening with the measurement of nuchal translucency and biochemical analytes.
10       In this study we take advantage of the translucency and genetic tractability of zebrafish larva
11 , and 85% for maternal age with fetal nuchal translucency and maternal serum biochemistry at 11-14 we
12                 We hypothesize that the high translucency and strength of polycrystalline ceramics ca
13 es, such as firmness, sugar level, ripeness, translucency, and pungency levels.
14 ation of such layers coherently modifies the translucency appearance, without changing the object's s
15 trasound markers, such as exaggerated nuchal translucency, as clues to the presence of congenital hea
16  granular solids could gain full density and translucency by solid-state sintering was an important m
17 rface orientation, (ii) illusory percepts of translucency can be induced by embedding opaque surfaces
18 ayers of the latent space selectively encode translucency features and manipulation of such layers co
19 tion video mini-endoscopic system evaluating translucency, granularity, fibrin production, vascularit
20 on in fetuses with isolated increased nuchal translucency (>=4.0 mm) in the first trimester (in three
21 a protein A, and measurement of fetal nuchal translucency has good sensitivity at an acceptable false
22 Ultrasonographic measurement of fetal nuchal translucency is used in prenatal screening for trisomies
23                                  To maximize translucency, LECs at the equator proliferate and migrat
24 categories and a reference group with nuchal translucency less than 2.0 mm.
25 5 [4.7] years), 359 807 (86.9%) had a nuchal translucency less than 2.0 mm; the prevalence of chromos
26  A coarse-grained alumina could also reach a translucency level comparable to that of dental porcelai
27    These values are far superior to the high-translucency lithium disilicate glass-ceramic and zircon
28 outcomes for pregnancies with varying nuchal translucency measurement categories and a reference grou
29 um biochemical assays with or without nuchal translucency measurement).
30 268 singleton pregnancies, those with nuchal translucency measurements less than 2.0 mm were at the l
31                                       Nuchal translucency measurements were identified through multip
32 malies was associated with increasing nuchal translucency measurements, with an adjusted risk ratio (
33 h, chemical durability, fire resistance, and translucency of glass fibres.
34 structure, with reduced number and increased translucency of lysosomes, while total glycogen content
35 on used to compute the perceived opacity and translucency of surfaces arise at a level of representat
36 justment potential originating from physical translucency on a set of 7 resin composites, and then fo
37 going invasive testing for identified nuchal translucency or structural anomalies in their fetus, as
38 skin edema, cystic hygroma, increased nuchal translucency, or a combination of these conditions.
39                                          The translucency parameter ( TP) and contrast ratio ( CR) of
40 erization, cure depth and pre- and post-cure translucency parameters were determined.
41 rceptually relevant image features for human translucency perception.
42  CR) similar to those of the commercial high-translucency porcelains.
43 er combined screening (measurement of nuchal translucency, pregnancy-associated plasma protein A [PAP
44  latent space can successfully predict human translucency ratings, suggesting that translucent impres
45 aternal age and first-trimester fetal nuchal translucency scanning, and 85% for maternal age with fet
46 ty detected by maternal age and fetal nuchal translucency screening.
47                                          The translucency, the in-line transmission ( TIT) in particu
48            With a combined high strength and translucency, the newly developed submicron grain-sized
49 nding on the deviation from normal in nuchal-translucency thickness for crown-rump length.
50 combination of maternal age and fetal nuchal-translucency thickness, measured by ultrasonography at 1
51 -21 risk, from maternal age and fetal nuchal-translucency thickness, was 1 in 300 or higher in 7907 (
52 pled with a porosity level <0.7% could yield translucency values ( TIT, TP, CR) similar to those of t
53                       Measurements of nuchal translucency varied considerably between centers and cou
54                                   The nuchal translucency was grossly increased.
55 combination of maternal age and fetal nuchal translucency, we estimated that inclusion of examination
56      Ultrasound measurements of fetal nuchal translucency were also reported.
57 epresenting a concerted drive toward greater translucency while preserving adequate strength and toug
58 e ultrasound measurement of the fetal nuchal translucency with the measurement of two maternal serum