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In this review I discuss how the modular tissue architecture may allow continuous replacement of cells in Hydra.
The tethered dimer architecture may allow formins to stair-step on the barbed end of an elongating nascent filament.
We propose that this architecture may allow for precise synaptic information exchange and may be modulated to contribute to the remarkable plasticity of brain function.
This architecture may allow the fabrication, in close proximity to each other, of p- and n-channel devices on Si(110) (high hole mobility) and Si 001) (high electron mobility) regions, respectively, with the benefit of reducing the current drive imbalance between p-type metal oxide semiconductor (PMOS) and n-type metal oxide semiconductor (NMOS) devices[46].
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The production of such nanostructured architectures may allow for their large scale integration into polymer based nanocomposites.
This two stage processing architecture may simultaneously allow for rapid detection followed by discounting false alarms in face perception.
The molds can also be employed to provide complex architectures, such as microchannels that may allow vascular ingrowth through pre-defined regions of the hydrogel.
Dry surfaces may allow new dimensions in textile-based architecture owing to weight reduction during rainfall.
To provide new morphological characters that may allow phylogenetic insights, we have analyzed the architecture of the remipede brain in more detail using immunocytochemistry (serotonin, acetylated α-tubulin, synapsin) combined with confocal laser-scanning microscopy and image reconstruction techniques.
Use of this technique to orient SWCNTs in the vertical direction may allow for three-dimensional SWCNT-based device architectures.
Further elucidation of anisotropic magnetic susceptibility in vivo may allow us to gain more insight into the white matter micro-architectures.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com