The mammalian heart contains multiple cell types that appear progressively during embryonic
development. Advance in determining cardiac lineage diversification has often been …

… Interval between frames: 19 m 19 s. Duration of the video: 7 hr 24 m 35 s. (2nd half) 3D
reconstruction at three time points based of the eGFP signal (green) and red-labeled cells …

… Escudero, and S. Vela for mouse work; E. Arza and AM Santos from the Centro Nacional de
… Azegrouz from CNIC Celomics Unit for algorithm generation; and S. Bartlett for text editing. …

… The regulatory domain is extended in both directions to the nearest gene′s basal regulatory
domain but no more than 1000 kb from the TSS in each direction and curated regulatory …

… c, Top, workflow for evaluating staging parameters by means of the average silhouette
coefficient (\(\bar s\)). Bottom, graph showing the evolution of \(\bar s\) as a function of the number …

… By using an injection time of 2 s, we estimated a microinjection volume of 0.104 pl per embryo.
To empirically calculate this volume, we used the same injection settings to deposit drops …

Understanding the diversification of mammalian cell lineages is an essential to embryonic
development, organ regeneration and tissue engineering. Shortly after implantation in the …

… Statistics: one-way ANOVA with Sidak’s correction for multiple comparisons. … In all cases
p-values were two-tailed and adjusted by Sidak’s correction for multiple measurements. Values …

… IMT-A systems are expected to provide peak data rates on the order of 1 Gb/s in local areas
and 100 Mb/s in wide areas [1]. In order to cope with such targets, the employment of multiple…

… and ΔV CH = V SD – ΔV S – ΔV D , with ΔV S and ΔV D the potential drops determined from
the … ) is μ ch = 10 ± 1 cm 2 V –1 s –1 . Such a high channel mobility has been reported for C8-…