Developmental gene regulatory networks (dGRNs) coordinate the timing and expression of genetic information during animal development from embryo to fully developed adult form. When developmental biologists map the functional relationships in these coordinated networks of genes and gene products (including proteins or regulatory RNAs) the resulting schematics look strikingly similar to integrated circuits.
Figure 15.5A (Above Left)
shows the development of the purple sea urchin, Strongylocentrotus purpuratus, starting at six hours after fertilization and progressing through cell division to fifty-five hours when the larval skeleton appears.
Figure 15.5 B (Above right)
depicts the major classes of genes involved in specifying the larval skeleton.
Figure 15.5c (above)
shows the detailed genetic circuitry
implicated in the overall
"gene regulatory network"
controlling the construction of the larval skeleton.
Well?
I wonder why?
"the resulting schematics
look strikingly similar to integrated circuits."
That is?
It couldn't possibly be because:
(Most detailed picture of an atom BTW)
We are all
99.9999999999999%
Magnetic
and electrical
energy...
Could it?
What entity could have ever designed
such a thing hum?
Committee of deity's Im sure.
(That's sarcasm BTW
Highest form of humor)
Better wake up.
Freedom trains leavin yall...
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