<p><b>Chromosome territory shape variants</b> (A) <b>and observed locus positioning</b> (B) <b>within the CT</b>. (C) presents partial 3D reconstruction of a morula stage embryo from images taken for CT23 (red) and the <i>OCT4</i> locus (green). Confocal sections were taken every 0.4μm. DAPI labels chromatin.</p
Nuclear organization of chromatin is an important level of genome regulation with positional changes...
<p>Top panel presents the analysed developmental stages, pink circles point to cells for which analy...
DNA is packaged into chromosomes, which occupy a specific region in the three-dimensional (3D) nucle...
<p>(A) CT12 (red) with the <i>CDX2</i> locus (green) present an example of peripheral location, (B) ...
Loss of totipotentcy in an early embryo is directed by molecular processes responsible for cell fate...
<p>(A) Maximum intensity z-projected confocal time lapse images of single live embryo showing moveme...
Following fertilization in mammals, the chromatin landscape inherited from the two parental genomes ...
<p>Top panel presents the analysed developmental stages, pink circles point to cells for which analy...
The first 14 mitotic cycles in Drosophila result in a single layer of nuclei surrounding a yolk sac ...
With advances in microscopy in the 21st century, more accurate measurements of the morphology and po...
During embryonic development, cell behaviors that are tightly coordinated both spatially and tempora...
BackgroundTo accurately describe gene expression and computationally model animal transcriptional ne...
Human myelopoiesis is an intriguing biological process during which multipotent stem cells limit the...
(A) 3D representation of cell identity in 8C, 16C and 32C-stage embryos adapted from cytological tra...
In-vitro-fertilized human embryos often acquire large structural and numerical chromosomal abnormali...
Nuclear organization of chromatin is an important level of genome regulation with positional changes...
<p>Top panel presents the analysed developmental stages, pink circles point to cells for which analy...
DNA is packaged into chromosomes, which occupy a specific region in the three-dimensional (3D) nucle...
<p>(A) CT12 (red) with the <i>CDX2</i> locus (green) present an example of peripheral location, (B) ...
Loss of totipotentcy in an early embryo is directed by molecular processes responsible for cell fate...
<p>(A) Maximum intensity z-projected confocal time lapse images of single live embryo showing moveme...
Following fertilization in mammals, the chromatin landscape inherited from the two parental genomes ...
<p>Top panel presents the analysed developmental stages, pink circles point to cells for which analy...
The first 14 mitotic cycles in Drosophila result in a single layer of nuclei surrounding a yolk sac ...
With advances in microscopy in the 21st century, more accurate measurements of the morphology and po...
During embryonic development, cell behaviors that are tightly coordinated both spatially and tempora...
BackgroundTo accurately describe gene expression and computationally model animal transcriptional ne...
Human myelopoiesis is an intriguing biological process during which multipotent stem cells limit the...
(A) 3D representation of cell identity in 8C, 16C and 32C-stage embryos adapted from cytological tra...
In-vitro-fertilized human embryos often acquire large structural and numerical chromosomal abnormali...
Nuclear organization of chromatin is an important level of genome regulation with positional changes...
<p>Top panel presents the analysed developmental stages, pink circles point to cells for which analy...
DNA is packaged into chromosomes, which occupy a specific region in the three-dimensional (3D) nucle...