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The finding that possibly none of the traditional morphological sections are monophyletic, clearly indicates that similar morphologies have been gained and lost several times during the evolutionary history of living cyanobacteria.
In particular, three different morphologies have been proposed.
Nanostructures with novel morphologies have been considerably investigated.
Nanostructured PbSnO3photocatalysts with particulate and tubular morphologies have been synthesized from a simple hydrothermal process.
Such output is possible in mixed systems where a number of uniform morphologies have been demonstrated.
Different morphologies have been observed under high-resolution TEM including dispersed particles and sheet structures.
The properties, including charge mobilities, and morphologies have been intensively investigated.
Precise surface geometrical morphologies have been shown to improve cellular proliferation, adhesion, and functionality.
Photocatalytic activity (PCA) of ZnO with different morphologies have been examined toward photodegradation of phenol.
The detailed phase composite, unit size, morphologies have been characterized by the XRD, XPS and TEM.
Multiple morphologies have been found including equilibrium morphologies and kinetically trapped ones.
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