… Here, we review the prior contributions of the Drosophila … second heart field cells contribute
to the poles of the elongating … a pivotal role in cardiac left–right asymmetrical morphogenesis […

… spatial structure of the heart due to left-right asymmetry. To list one … contribution of different
factors. This is relevant to congenital … of the left-right asymmetries at the poles of the heart. This …

… As the body’s first asymmetric organ, the extruding heart tube … deemed the first and second
heart field (FHF and SHF, … arterial and venous pole SHF contribution, adding another level of …

… demonstrating a left-right asymmetry observable at the poles. … factors that contributed to the
bending of the heart, including … anterior region of the tube to explain the left-right asymmetry …

… the contribution of the T-expressing cells to the heart, we … of the existence of asymmetric
cell divisions mediating this … that contribute to either the ventricles or the poles of the heart are …

… poles of the primitive heart in vertebrates is provided by … is bilaterally asymmetrical as soon
as the heart fields can be … of SV atrialization and then contribute to the left atrial wall. Such …

… migrated to the anterior pole, a subset of cardiac progenitors, … heart tube, which will contribute
to the left ventricle and part … linked two of the clusters to the first and second heart field, …

… second heart fields 30, and corresponds with the 111 future … of 208 asymmetry in these
early embryonic hearts (Figure 3 … second heart field starts to contribute cells to the arterial pole …

… Contribution of the first heart field (FHF) and second heart … buckling in the absence of any
asymmetry in poles, but led to a … their model including left–right asymmetry and DM breakdown, …

… the region that will eventually contribute cells to the heart tube [18… parts of the cardiac venous
pole develop from the second … is required for normal left-right asymmetry in vertebrates. Nat …