Sentence examples for lateral divisions from inspiring English sources

Suddenly the world seems to be split vertically, between the sexes, disrupting (for a moment) the lateral divisions of caste.

In light of our findings, these reports could be explained by a partial overlap of the medial and lateral divisions with the pmEC and the alEC, respectively.

The majority of specimens are incomplete laterally, but those that preserve the margins show no evidence of a lateral division (i.e., trilobation) (Fig.  15h) and they lack epimera (Fig.  15a, b).

The common peroneal nerve is the lateral division of the sciatic nerve.

Interestingly, CGRP-positive terminals within the lateral division of the BNST form perisomatic baskets around neurons that express CRF, suggesting that BNST CGRP could exert its anxiogenic effects by increasing release of CRF from these neurons.

The activation for size vs. pattern discrimination was not observed throughout the entire LOC, but rather was limited to the most superior and lateral division (LO) and appeared here only in the left hemisphere.

mRNA of zucp2 was strongly stained in CC, caudal lobe of the cerebellum (LCa), the cerebellar corpus (CCe), the dorsal posterior thalamic nucleus (DP), the granular eminence (EG), the habenula (Ha), the lateral nucleus of the ventral telecephalic area (Vl), the longitudinal torus (TL), the lateral division of the valvula cerebelli (Val), PGZ and VM (Fig. 7B).

The affected axons derive from motor neurons in the lateral division of the lateral motor column (LMCL Figuree 4A).

In the telencephalon, widespread LEF1 expression was observed only in the lateral division of the entorhinal cortex, mostly at the level of layer V (Fig.  4a).

By the mid-pharyangula period (28 hpf), the major forebrain regions are in place, including the diencephalon (comprised of dorsal thalamus and ventral hypothalamus) and the telencephalon (comprised of the pallium and lateral division) (Mueller and Wullimann 2003).

The lateral division of the entorhinal cortex receives heavy inputs from primary olfactory cortex suggesting that it plays an important role in olfactory processing and integrating olfactory information with other sensory inputs [ 1, 5], and it also receives a large projection from midbrain dopamine neurons [ 6- 11].