It was the greatest year in the history of modern bacterial Formula 1. A five-way battle for the championship developed between Mark Meningococcus, Sebastien Clostridium, Jenson Streptococcus, Lewis Straphylococcus, and Fernando Escherichia-coli. Powered by the double-flagella motors, permitted by a loophole in the genetic code, the drivers went protein-to-protein over 19 races hosted in water, soil, rock, plant and animal, their micrometer-sized membranes specifically adapted to the low Reynolds number hydrodynamic conditions. Experienced and well-liked prokaryote, Mark Meningococcus led for most of the year, but suffered a ribosome-damaging antibiotic attack with four races to go, and crashed out of the Colonic Grand Prix. Benefitting from the full attention of the Escherichia genus, Fernando E-Coli assumed the lead of the championship going into the final couple of races. There was, however, to be a further twist in the flagellum, for Adrian Lactococcus, resident design genius at Clostridium, had noted that photon pressure can be used to generate lift and downforce in micrometer-sized objects. With a photonic wing installed, Sebastien Clostridium dominated the final Grands Prix, and snatched the championship from under the nose of Fernando. The little Clostridium team had beaten the might of E-coli!
1 comment:
This is genius!
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