Sentence examples for fundamental morphological and from inspiring English sources

We present fundamental morphological and cellular events involved in notochord morphogenesis, compare and contrast them with other more established tubulogenesis model systems, and point out some unique features, including bipolarity of the notochord cells, and using cell shape changes and cell rearrangement to connect lumens.

Although some aspects of the pathogenic development of C. graminicola are well-understood, the molecular basis underlying the fundamental morphological and physiological switches that are indispensable for virulence of C. graminicola is still elusive.

The fundamental morphological operations are erosion and dilation.

These traits include many that define the fundamental morphological differences between maize and teosinte.

The fundamental morphological characters distinguishing sporulation and vegetative cell division are distinctive features in the formation of daughter cell walls.

Because a clear physical relationship exists between landslides and the fundamental morphological elements of a hilly or mountain region, namely, drainage and divided lines, the slope-unit technique seems appropriate for landslide susceptibility assessment.

Although these genera differ in the form of their vegetative colonies (spheroidal vs. flattened, respectively), they share fundamental morphological characteristics during the vegetative phase and sexual reproduction.

Fundamental morphological units, such as the pallial areas VP, LP, DP, and MP, are known to maintain their mutual topological relations throughout all tetrapod groups, and there is no reason to assume that they will do otherwise in actinopterygians.

Slope units were found to be appropriate for the fundamental morphological elements in landslide susceptibility evaluation.

The development of micro-CT allowed the researchers to have a quantitative method to assess all the fundamental morphological parameters, necessary to obtain a complete characterization of complex 3D porous structures.

Not until the first space probe flew past Mercury did many of its most fundamental morphological properties become known.