Sentence examples for trunk structure from inspiring English sources

(C) E9.0 9.5 mutant embryos show extensive pile-up of cell layers in the extraembryonic region and smaller embryonic region with no trunk structure such as the heart, somites or gut developed.

They also found that the direct lines network structure works well with monocentric cities because of fewer transfers, the hubs and spokes structure works well only if the transfer penalty is low, and that the feeder and trunk structure works better in polycentric cities, where the subcenter becomes more attractive and preferential.

This study focused on examples of both basal (Eudimorphodon and Rhamphorhynchus) and derived pterosaurs (Pteranodon and Anhanguera) in which trunk structure has been well preserved.

This explains the relative preservation of sections of a dorsal trunk structure, albeit often displaced from its expected location within the embryo, with more marked loss of the smaller branches that form later.

Absorbents with "tree-like" structures, which were composed of hollow porous carbon fibers (HPCFs) acting as "trunk" structures, carbon nanotubes (CNTs) as "branch" structures and magnetite (Fe3O4) nanoparticles playing the role of "fruit" structures were prepared by chemical vapor deposition technique and chemical reaction.

XMeis3 loss-of-function leads to a loss of trunk structures and defects in axis specification, in a concentration dependent manner.

When 12 ng MOXMeis3 was injected a loss of trunk structures and defects in head development and tail formation can be observed, while the anteriormost structure, the cement gland, remains present (Fig. 3B).

When 24 ng MOXMeis3 was injected, an enlargement of the cement gland was visible accompanied by a stronger loss of trunk structures (Fig. 3C) In half the injected embryos spina bifida's are observed, suggesting that the embryos suffer from gastrulation problems.

The phenotype observed after injection of less morpholino, namely loss of trunk structures, head defects, and retarded tail formation described in this report and by Dibner and co-workers [27], is therefore most likely a result of reduced XMeis3 function, not a complete loss of function.

This results in embryos with enlarged heads and small trunk structures [ 34].

Moreover, neural and mesodermal tissues closely interact during embryogenesis to ensure timely patterning and differentiation of both head and trunk structures.