… is an interior left-right (L/R) asymmetry regarding the position … to both poles of the heart as
part of the SHF contribute to the … -driven heart laterality in zebrafish, through the results shown …

… left heart field biases cell behaviour to control the asymmetric … same samples, showing the
contribution of the outflow tract (… we considered both the outflow tract length and the left-right …

… We also review the contribution of cNCCs to mature … , could also be a source of unintended
CRE activity. Cre-lines … added from the arterial and venous poles of the heart. At 48 hpf, …

… In this contribution we will review the latest insights into the … of the SHF to the developing
outflow tract, the cardiac venous pole, … resulting in the establishment of the left/right asymmetry …

… cardiac progenitors and their paracrine mediators. Here we discuss the most recent knowledge
and findings in cardiac … cardiogenesis, congenital heart disease, and heart regeneration. …

… Vital internal organs display a left-right (LR) asymmetric … Work in zebrafish has made
important contributions to our … This results in a strong leftward flow across the anterior pole …

… have noted, to our surprise, that the contributions of the CJ to … , is formed within the two heart
fields shortly before the latter … well as arterial poles of the single median heart tube, thereby …

… (i, right lateral view), and sinus venosus-derived cells contribute … manifestation of the embryonic
left-right axis (Fig. 1.1c). The … to asymmetrically developing organs such as the heart [11]. …

… looping is determined by left-right asymmetries in the cellular … of the cardiac venous pole
and the asymmetric involution (… contribute to the venous pole of the heart together with the …

… programmed asymmetric cell shape changes that are necessary to establish the left-right …
, the velocity profiles of v z extRel at the two poles and along the z-axis, called wake profiles, …