<p>The dynamic behavior of growing V1<sup>LP</sup>, V3<sup>LP</sup>, V2<sup>LP</sup>/V4<sup>LP</sup> inter-organ vessels were analyzed by time-lapse confocal microscopy using <i>Tg(lfabf:DsRed;elaA:egfp);Tg(fli1:egfp)</i> (A) and <i>Tg(lfabf:TagRFP-Eco.nfsB;fli1:egfp);Tg(elaA:TagRFP-Eco.nfsB)</i> (B) larvae, respectively. A. Panels show images from right side of larva with dorsal up, and the images were captured beginning at about 4–4.5 dpf. The V1<sup>LP</sup> vessel (EGFP: green) on the dorsal side (sandwhiched between white arrows) grows out of liver (DsRed: orange) and invades into pancreas (EGFP: green). B. Panels show images from right side of larva with dorsal up, and the images were captured beginning at about 4.5 dpf. The V3<sup>LP...
<p><b>(</b>A–D) A model representing four phases of SIV plexus development in the zebrafish embryo b...
The vertebrate pancreas is comprised of a highly branched tubular epithelium, which is intimately as...
During embryonic development, vascular networks remodel to meet the increasing demand of growing tis...
<p>Time-lapse two-photon microscopy images of <i>Tg(gata1:DsRed);Tg(fli1:egfp)</i> larvae at 5 dpf (...
This is a time-lapsed sequence of a region of the yolk sac of an embryonic kill-fish that is about 2...
<p>V3<sup>LP</sup> vessel originates from supraintestinal arteries (SIA). The origins of V3<sup>LP</...
Development and homeostasis of organs and whole body is critically dependent on the circulatory syst...
<div><p>Development and homeostasis of organs and whole body is critically dependent on the circulat...
<p>QD655 injected <i>Tg(lfabf:DsRed;elaA:egfp);Tg(fli1:efgp)</i> larva is shown. The 3D rendered con...
Vascular networks form by a self-aggregation process of individual endothelial cells that differenti...
Morphogenesis is a phenomenon of intricate balance and dynamic interplay between processes occurring...
<p>The total oxygen volume permeating into each cubic eggshell was calculated to be comparable to th...
<p>(A) Projected confocal image of a left midbrain vasculature in a 3-dpf <i>Tg(kdrl:eGFP)</i> larva...
<p>(a) Top views show that the blood vessel network grew gradually, and the embryo became increasing...
International audienceThe adult vasculature is comprised of three distinct compartments: the arterie...
<p><b>(</b>A–D) A model representing four phases of SIV plexus development in the zebrafish embryo b...
The vertebrate pancreas is comprised of a highly branched tubular epithelium, which is intimately as...
During embryonic development, vascular networks remodel to meet the increasing demand of growing tis...
<p>Time-lapse two-photon microscopy images of <i>Tg(gata1:DsRed);Tg(fli1:egfp)</i> larvae at 5 dpf (...
This is a time-lapsed sequence of a region of the yolk sac of an embryonic kill-fish that is about 2...
<p>V3<sup>LP</sup> vessel originates from supraintestinal arteries (SIA). The origins of V3<sup>LP</...
Development and homeostasis of organs and whole body is critically dependent on the circulatory syst...
<div><p>Development and homeostasis of organs and whole body is critically dependent on the circulat...
<p>QD655 injected <i>Tg(lfabf:DsRed;elaA:egfp);Tg(fli1:efgp)</i> larva is shown. The 3D rendered con...
Vascular networks form by a self-aggregation process of individual endothelial cells that differenti...
Morphogenesis is a phenomenon of intricate balance and dynamic interplay between processes occurring...
<p>The total oxygen volume permeating into each cubic eggshell was calculated to be comparable to th...
<p>(A) Projected confocal image of a left midbrain vasculature in a 3-dpf <i>Tg(kdrl:eGFP)</i> larva...
<p>(a) Top views show that the blood vessel network grew gradually, and the embryo became increasing...
International audienceThe adult vasculature is comprised of three distinct compartments: the arterie...
<p><b>(</b>A–D) A model representing four phases of SIV plexus development in the zebrafish embryo b...
The vertebrate pancreas is comprised of a highly branched tubular epithelium, which is intimately as...
During embryonic development, vascular networks remodel to meet the increasing demand of growing tis...