… neuromuscular system in chicken wings and legs at high spatial and temporal resolution. …
3D analysis of the developing neuromuscular system in the chicken wing. (AD) Workflow …

… In this work, a numerical simulation of Chicken-wing LAAs is carried out to study the thrombotic
risk of this type in AF. Some flow field analysis such as blood velocity and residence time …

… This unbiased computational analysis reveals a striking temporal correspondence between
… , our comprehensive comparative analysis between mouse forelimb and chicken wing bud …

… mouse forelimb digit I, and lack of expression in chicken wing digit II (the MAD). In addition,
… digit IV measured for the analysis in (J). (J) Measurements of tissue volume in chick digit IV, …

… (E, F) If we analyse the data per cell (rather than per filopodium) then an even stronger bias
is … “Development of the apical ectodermal ridge in the chick wing bud.” Journal of Embryology …

… We provide a comprehensive functional genomics resource to study the molecular effectors
of chicken limb patterning at cellular resolution. Our single-cell transcriptomic atlas captures …

… through fluid-structure interaction computational analyses. Three LAA models per each of
the four commons patient-specific morphological families (chicken wing, cactus, windsock, and …

… The four models were meshed with tetrahedral elements of the first order, with global size
selected from convergence analysis conducted on the chicken wing morphology, which is …

… (269) of randomised control and experimental chick wings, and obtained similarly high test
accuracy (86.1%). Saliency analyses revealed that biologically relevant features are used for …

… The current study was the subgroup analyses of the LAACablation registry. The study was
approved … Table 1Baseline characteristics of patients with reversed chicken-wing-shaped LAA. …