As LENR society seems more open and farsighted, I have decided to try to bring to attention this generally ignored, but potentially having enormous consequences off-topic subject: of applying physics P-symmetry to biology - synthesizing living mirror version of organisms:
https://en.wikipedia.org/wiki/Chiral_life_concept
Recently there has started the race for such synthesis of mirror cell: built with mirror versions of molecules (called enantiomers) - in 2016 Chinese synthesized mirror polymerase, see e.g. Nature "Mirror-image enzyme copies looking-glass DNA, Synthetic polymerase is a small step along the way to mirrored life forms":
http://www.nature.com/news/mir…looking-glass-dna-1.19918
Direct economical motivation is that such organisms will allow for mass production of mirror versions of standard biomolecules (like new drugs) - known examples are e.g. aptamers, or L-glucose (a perfect sweetner). Further possible applications come from that such organisms will be incompatible with most of our pathogens, for example a mirror-human would be immune to most of diseases.
However, here is 2010 WIRED article "Mirror-Image Cells Could Transform Science — or Kill Us All":
https://www.wired.com/2010/11/ff_mirrorlife/
Yes there are also extreme potential dangers, starting with toxicity of metabolites of such mirror cells. But the "KILL US ALL" part comes from potential of ecological disaster e.g. from introducing mirror (photosynthesizing) cyanobacteria to our environment - due to lack of standard natural enemies, it would probably dominate our ecosystem, what accordingly to the WIRED article, could eradicate our standard life in a few centuries.
Such first mirror cell could be even 3D printed (frozen) with some AFM. And it might turn out that it is already extremely dangerous, especially if adapting to digest our D-glucose and for example settling in a colon and producing toxic metabolites.
Therefore, this topic requires public attention and discussion - before (not after) we find out that mirror cells are already living e.g. in some Chinese lab in 10-20 years.