Sentence examples for more complex morphology from inspiring English sources
Thus, many innovations that have allowed filamentous ascomycetes to have a more complex morphology than unicellular yeasts have also evolved to be essential for plant infection by phytopathogenic species.
In the MIM/MOM-like monolayers, the presence of BAX-α5S induced a more complex morphology, consisting of large regions of expanded phase (grey areas) coexisting with large irregular domains of condensed phase (bright areas).
We have observed that the distal part of axons showed a more complex morphology in TTL−/− neurons due to extensive branching compared to wt ones, that never branched (see wt and TTL−/− Movie S1 and Movie S2 respectively in supplementary material, and Fig. 5C and D).
Because of their three-dimensional structure, tubular networks have a more complex morphology than epithelial sheets.
By 12 dpi, the NGN2/SOX11-infected cells acquired a more complex morphology with multiple neuron-like processes.
This process could be linked with the evolution of more complex morphology and communication systems operating in the higher multicellular systems.
For rougher, more complex morphologies, the assumption of planar diffusion which leads to the Randles Sevcik equation may not be accurate.
Many types of dinosaurs, such as sauropods, ceratopsians, theropods, and ornithopods, show not only trends toward increased body size but also the attainment of larger, more complex morphologies by peramorphosis (Fig. 7).
[40, 53] Although burrows have frequently been described as having a simple U-shape, Davey has shown that in mesocosms N. diversicolor burrows initiate in a U-shape, but soon exhibit more complex morphologies.[40] After several hours, burrows are extended to form a Y-shape, and after several days have complex morphologies including multiple openings at the sediment/water interface.
Ongoing work in our lab aims to explore this method further by looking at additional metals and alloys as well as at the more complex morphologies with higher roughness factors, such as those produced by electrodeposition through self-assembled colloidal sphere masks.
Free-floating cells also had flat profiles, but exhibited more complex morphologies with bends and depressions as if they were quite flexible (Figure 3).
