… To find genes that are co-expressed with Hoxd13 in the posterior of chick wing buds and …
of wing buds from normal chick embryos and from polydactylous talpid 3 mutant chick embryos, …

… Using the tab delimited file in which the data were automatically organised after computational
analysis, we selected the spatial domains that contained both the unique domain for each …

… 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 …

… cycle genes in stage-24 chick wing buds and identified unique spatial … We also included in
the analysis the 3D pattern of … mapped and used for computational analysis). We were then …

… with the risk of clot formation, indicating the Chicken wing morphology as the least critical
when compared to the non-Chicken wing shapes, although quantification of the risks are …

… 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 …

… Here we show that OPT data on the developing chick wing from … known to be involved in
chick wing development. This reveals … For more complex computational analyses each of the …

… the model and apply it to simulate the skeletal pattern formation in avian (chicken) limb. … of
development of bones in the forelimb of a chicken viewed from above when it lies palm down …

… 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, …

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