From: treon3verdery@gmail.com   
      
   Kernal type addressable corn, that is maize could make a pixel level   
   programmable image or also text representation of a high utility image like   
   how to make a well, scion and root a nutritionally complete fruit tree, teach   
   reading, the genetically    
   engineered grasses bred to make microcorn ears could store thousands or more   
   useful images, millions or billions at fields rebreeding, that is hybridizing   
   the corn could make it so that if the image had a corn tube perimeter line of   
   all one color or    
   transparency then the image or text was the same as the content the corn was   
   programmed to communicate, this way 21st century humans could use genetic   
   engineering to program graphical descriptions of the million most beneficial   
   and useful things to know    
   into microear corn like grasses, dominant and recessive gene technology would,   
   when the dominant genes were there, breed stays valid identical copies from a   
   single kernal, a plurality of recessive genes with a normal distribution peak   
   would combine,often,   
   to make a viewable understandable copy, and further hybridization of the   
   recessive material when it made a full perimeter line would be a high quality   
   image   
      
   20-40 flash drive backups   
      
   Gig woow toot kook gog    
      
   I read that some drugs increase production of skin oils, could those be an   
   oral dermatitis therapy, some might be sex hormones, do any variants of 17   
   alpha estradiol which is published as causing greater longevity produce   
   beneficial only greater oil    
   output, other chemicals like DHEA might do this   
      
   I favor people retaining all of their adult teeth, but during the 20th century   
   some people had dentures, perhaps it is possible to make dentures completely   
   comfortable if cofocalized lasers are used to desensitize or even ablate   
   nerves under the gum line   
      
   Salicylic acid makes yeast live 400% longer, it looks like a benzene with a   
   COOH and an OH on it, they could test all three alternate positions of the   
   COOH and find out if any cause c elegans and yeast and mice to live even   
   longer, possibly develop able    
   into a human longevity drug, also they could find out where at the yeast cyte   
   the salicylic acid causes the greater longevity, is it a surface receptor,   
   something in the cytoplasm, or a nucleus thing, attaching a poly D amino acid   
   to the salicylate might    
   keep it out of the cyte but still be active at the surface, attaching the   
   salicylic acid to a nuclear membrane transport peptide might concentrate it at   
   the nucleus (isotope studies) and a membrane transport moiety might   
   concentrate it at the cytoplasm,    
   any of these might heighten the dose efficiency and benefit drug development   
   for mice and humans   
      
   --- SoupGate-Win32 v1.05   
    * Origin: you cannot sedate... all the things you hate (1:229/2)