Sentence examples for morphological formation from inspiring English sources
One study showed that Czech and Slovak lexicons differed by 80 percent, but this high percentage was found to stem primarily from differing orthographies and slight inconsistencies in morphological formation; Slovak morphology is more regular (when changing from the nominative to the locative case, Pra'h'a becomes Pra'z'e in Czech and Pra'h'e in Slovak).
We conducted a time-dependent study of the particle morphological formation [38, 39].
The interplay between these two processes is expected to dominate the morphological formation in the blends.
Our results suggest that the morphological formation mechanism is highly correlated with the factors of precursor solubilities, solvent evaporation rates and precursor melting temperatures.
The present study demonstrated that the molecular architecture of the structure-directing agent played an important role in the morphological formation of the MSSQ-based mesoporous materials.
Our results suggest that the morphological formation mechanisms are highly influenced by the factors of precursor solubilities, solvent evaporation rates and precursor thermal properties.
The existence of clones that respected boundaries and were induced as early during embryonic development as 5.5 dpc, indicates that the restriction along AP axis could precede morphological boundary formation.
These results explain the requirement of ectoderm for morphological somite formation [34], [35] and demonstrate that FN needs to be assembled into a matrix in order to support somitogenesis.
Events associated with the wavefront include oscillation arrest and determination of segment boundary position; morphological somite formation is downstream of these rhythmic patterning events (Dahmann et al., 2011).
Previous reports have shown that morphological somite formation requires the overlying ectoderm [ 29], which functions as a source of fibronectin [ 28].
The studies by Schwarzenberger et al. [ 9] and Miyakawa et al. [ 10] present interesting first insights into the molecular genetic pathways primarily involved in morphological defense formation in Daphnia pulex and Daphnia magna under predation risk by Chaoborus larvae.
