From: treon3verdery@gmail.com   
      
   Some genes with a promoter attached to a luminescent chemical glow when the   
   gene is activated, these can also be used to screen molecule libraries and I   
   think I read about a few AMU molecule drug that causes more beneficial klotho   
   gene activation that    
   was found this way, a human has about 20k genes, if 20k, or perhaps fewer,   
   multiplexed, different spectra of light emitters could be found then movies of   
   a human tissue culture cytes genetetic sequentialities could be made, like   
   something before klotho,    
   then klotho, then genes that get turned on after klotho, one possibility is   
   that attaching an 8 factorial peptide, where each of the mers of the peptide   
   is a very highly differently charged amino acid could have stronger spectrum   
   adjusting effects,    
   another possibility is linking a variably -OH and -H glycosylated sugar to the   
   light emitter, another possibility is at multimillion well plates or 10   
   million cytes per second flow cytometry to get a trillion luminescent   
   bacteria, expose them to mutagens    
   and plasmid recombiners like Ca++ and then have the flow cytometer have a   
   spectroscope and place at side containers any bacteria with a new light   
   spectrum emissions line, it is possible the approximately 67 days to screen a   
   trillion bacteria would find    
   new colors, a longevity technology application would be to movie map all the   
   connected genes at the king's holly, the million year endolith, the   
   nondefinite but likely longer than a termite queen lobster, and a comparison   
   of mouse,naked mole rat, beaver,    
   and bat, they could also compare human and marmoset and other primate genetic   
   movie maps, movie maps of human oocytes being generated compared with 72 hour   
   stomach lining and neurons could also be compared   
      
   Microfluidics have pumps, and perhaps there could also be a material that   
   changes ease of fluid flow with a laser, photoelectric decrease of surface   
   tension or bunch up or unfurling of polymer molecules that coat a microfluidic   
   item to heighten fluid    
   flow or gradualize it, I think I read there is photoactive polym   
   thylmethacrylate, it could be outside silicone or other polymer microfluidic   
   channels and do peristaltic pumping in response to light    
      
   Paint technology is it possible to use a laser to engrave a hyperhydrophobic   
   surface (eentsy points) on the side of something large that gets painted like   
   a bridge, a truck, or a ship, is it possible to put a hyperhydrophobic paint   
   undercoat with    
   decorative paint above it so as the decorative paint microcracks, chalks off,   
   or wears away the protective effect of the paint actually goes up, i may have   
   read that hyperhydrophobic coatings accumulate gunk, but once cracking,   
   chalking, and wear away    
   have occurred it may be a good time to repaint anyway, also they could have   
   hyperhydrophobic coatings with much higher amounts of slightly soluble white   
   TiO2 to make the thing become whiter even while the gunk accumulates   
      
   Another possibility for hydrophobic paint is not just silicone, urethane, or   
   another polymer but silicone bilayers, kind of like membrane lipids these   
   would attach more to the base layer with the highly charged head group, which   
   could even be heightened    
   with lasers at laser curing   
      
   Lasers making a hyperhydrophobic or hyperhydrophilic surface on things like   
   bridges, trucks, and ships might be able to make just 1/100 of the surface   
   engraved, but with fractal like fluid flow channels so condensation and thin   
   after rain films run off,    
   but the aesthetic value changes only 1/100th   
      
   Is it possible to make a paint that curls inwards if it peels, then gravity   
   would omit pulling it off   
      
   Longevity technology daphnia have livers, they might have kidneys, klotho   
   variations could then be screened on them for beneficial longevity effects   
      
   Liposomal Nasal sprays are published as effective at delivering drugs, could a   
   version where some harmless gelling agent be produced that makes clingy-thick   
   mucous be produced so there is an absence of runny nose effect, or could there   
   be microspheres of    
   PMMA, or another polymer like that 14 day contact lenses are made from that   
   gives 24-168 hour dosing   
      
   Gdf15 gene makes mice live 44% longer could its protein products be tested as   
   a topical beauty liposome or microsome, they could also find out what better   
   genetic versions do for milk cows, extending their production   
      
   Well, i read some cartoons and comics. Some of them were funny.    
      
   Phosphatidylserine is an emulsifier, perhaps it would taste good if it had a   
   ribose attached to it, or a sweetness peptide, PTS liposomal encapsulated   
   emulsified omega 3s like algae oil would taste good and they could put that   
   and other beneficial things    
   in food   
      
      
      
       Pigeon feathers and the feathers of other birds could be genetically   
   engineered to produce beneficial longevity drugs as well as other beneficial   
   drugs, the white, blue, or green color of the feather and iridescence could be   
   linked to what the    
   feather drugs actually do to benefit people, this could also benefit the birds   
      
   I favor utilizing animals to produce pharmaceuticals as well as plants   
      
   --- SoupGate-Win32 v1.05   
    * Origin: you cannot sedate... all the things you hate (1:229/2)