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reflects the differential distribution of olfactory receptors in the antenna, likely resulting from a co-option and refinement of molecular components common to both species.
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These adhesion complexes share conserved molecular components and have a common function: the formation of paracellular barriers restraining the diffusion of solutes through epithelial and glial envelopes.
Certain common molecular components, such as actin-myosin complexes, are part of the central mechanisms involved in early development in various organisms [ 5- 8].
Despite the existence of different perception mechanisms for gravity and light, some molecular components of both signal transduction stimuli may be common to both pathways e.g. ethylene, calcium, auxin and their receptors [ 3], while other components may differ.
The "private" pathways induced by diverse insults converge on a "common" pathway comprising of a set of molecular components collectively known as caspases that activate a cascade of proteolytic events compelling to DNA fragmentation.
It facilitates identification of molecular components that are conserved over millions of years due to their role in specifying common features as well as those that are variable because they confer species-specific features.
If so, then unknown molecular components may have been responsible for ionic regulation in evolutionarily ancient organisms (e.g. the last common ancestor of animals) and may have been retained in their descendants.
Molecular manufacturing will be based on molecular machine systems able to manipulate and assemble molecular components to make larger products.
And yet… there is an inescapable artifice that raises yet another barrier between us and our molecular components.
Most experts say that manufacturers will have to develop processes that allow molecular components to assemble themselves into such systems.
However, so far the molecular components that would give rise to Turing patterns are elusive.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com