Sentence examples for Medial-lateral axis from inspiring English sources

BMPs have been proposed to pattern the medial-lateral axis of the telencephalon in a concentration-dependent manner, thus helping to subdivide the embryonic telencephalon into distinct forebrain regions.

During active scapular plane elevation, the scapula upwardly rotated (mean [SD] = 50° [4.8°]), tilted posteriorly around a medial-lateral axis (30° [13.0°]), and externally rotated around a vertical axis (24° [124°°]).

The medial-lateral axis was defined by selecting the most medial and lateral points on the tibial plateau.

First, we partition the nodes into 4 rectangular communities, roughly equal in size, aligned with the medial-lateral axis.

Secondly, we observed that the modularity of our networks favors the formation of communities which extend parallel to the medial-lateral axis.

We investigated modularity with respect to partitioning the nodes into 4 spatially defined communities: first, communities which were (approximately) equally-sized rectangular blocks of nodes, aligned with the medial-lateral axis; second, a similar arrangement but with the rectangular blocks now parallel to the anterior-posterior axis.

Previous studies have shown that BMP4 and BMP2 can induce features characteristic of the telencephalic midline in cultured explants, suggesting that the normal role of BMP4 in the forebrain is to pattern the medial lateral axis of the telencephalon by promoting midline cell fates.

The study of developmental processes in the mouse and other vertebrates includes the understanding of patterning along the anterior posterior, dorsal ventral and medial– lateral axis.

Because the 2D neural plate has not yet folded up to give rise to the 3D neural tube, we only defined an anterior posterior axis and a medial– lateral axis at this stage.

(B) 3D illustrations summarizing topographic segregation patterns of cortical outputs to target nuclei, showing spatial relationships along the anterior-posterior (AP), dorsal-ventral (DV) and medial-lateral (ML) axis, and the core-capsular (CC) pattern.

Stance postural control actions were measured by a pressure measurement mat which was connected with a 3D data processing unit and 2-dimensional coordinates of center of pressure (CoP) in anterior-posterior (AP) and medial-lateral (ML) axis and the amount of weight loaded under each limb was output to a customized written program for calculation of parameters.