From: treon3verdery@gmail.com   
      
   Caloric restriction causes greater longevity from turning various genes on and   
   off, and stimulating those genes without calorie restriction causes greater   
   lifespan, also million year lifespan endoliths lead pretty lean lives, so does   
   restricting things    
   other than food cause greater lifespan? They could do human tissue culture   
   that stays alive but see if 30%, 50%, 70% of the normal amounts of such things   
   as oxygen, free amino acids, lipids, metalloproteins,various mineral ions   
   causes greater tissue    
   culture lifespan and turns on and off completely new different longevity genes   
   than caloric restriction, then they could give mice Other Thing mimetics and   
   find out if they live longer even though the mice have normal amounts of   
   oxygen, free amino acids,    
   lipids, metalloproteins,and mineral ions in their blood, also gene variants   
   and SNPs about the completely new longevity genes could be numerically linked   
   to human lifespans to find human longevity genes, they could also make   
   completely new human    
   longevity genes from this as a longevity technology   
      
   When they connect the circulatory systems of a young rat and an old rat the   
   old rat lives longer, they could do this with a variety of young rats to find   
   out if there are any that stand out as particularly longevizing like young   
   rats that exercise a lot    
   more than usual, pregnant rats, social leader (alpha) and low status rats,   
   eunuch rats, calorie restricted rats, enriched cognitive environment rats,   
   rats at the 99th percentile of learning ability (noting smart humans live   
   longer),rats exposed to sex    
   cues (possibly odors and little rat movies of lordosis played to the young   
   rat), or possibly bremelanotide which makes rats (or maybe mice) have sex 7   
   times as often), then they could find the circulating chemicals that cause   
   even greater longevity    
   increase than a usual young old rat pair   
      
   Screen bremelanotide peptide and paleness producing variants to see if they   
   make mice live longer, if so then epithalon linked to bremelanotide could be   
   an 11 amino acid peptide, putting some D amino acids or using an enteric   
   coating could make it an    
   enteric oral pill   
      
   Previously written at imaged   
      
   Notes is that at me some of my hairs turn from white back at a 3mm-24mm length   
   of hair, suggesting they find the chemicals and genes that do that and see if   
   they can youthify other tissues and increase longevity, along with that they   
   could find out if    
   living white hairs when extract of ground up original color hair roots   
   (follicles) is applied to them turn back to original color, at mice they could   
   test hair follicle extract from both child mice and postpubertal but young   
   mice, also possibly effective    
   would be hair follicle extract from fetal/newborn microhairs called laguno, it   
   might be of value to test human laguno hair follicle extract (possibly from   
   stillbirths at earlier than 7th month of pregnancy) on both mice and human   
   white hairs, then they    
   find the chemicals that do the youthification   
      
   Just two genes determine if a plant is an annual or a perennial, (the   
   internet) if those two genes (one might be Apetalla1) are turned off the plant   
   becomes perennial, if these two genes have human homologous genes with similar   
   sequences then they could    
   come up with variations on those genes, and make drugs to reduce their   
   activity or turn them off to find out if this causes longer lifespan and find   
   out if the chemicals, and the genes they turn on or off are longevizing,   
   40,000 year king's holly    
   versions, homologous sequences, of these genes could be utilized to find out   
   if they cause particularly great longevity   
      
   Salicylic acid makes yeast live 400% longer, at human tissue culture they   
   could find out if any one human tissue out of 40 or more has a strong   
   longevity response to salicylic acid alone compared with the other types, then   
   they could look at which genes    
   are activated at the most longevized tissue type compared with undrugged same   
   tissue culture and the other non-responder tissue types, finding out what   
   makes a longevity responder, as well as what chemicals a longevity responder   
   makes (or decreases) and    
   genes it activates or decreases to live longer could be a source of new   
   longevity drugs and longevity genetics   
      
   Do animals age at the same rate when they hibernate or estivate, the cactus   
   mouse estivates in response to its environment, they could compare the   
   lifespan and tissue youthfulness of cactus mice that estivate 90% of the time   
   with cactus mice that stay    
   active full time in a favorable environment, they could also compare the   
   lifespan and tissue youthfulness of calorie restricted but fully lifetime   
   active cactus mice, the gene activation profiles and chemicals at the 90%   
   estivating cactus mice could be    
   the source of new longevity drugs and chemicals and genes at humans if the   
   estivating mice stay younger longer or also have longer lifespans, this gene   
   and drug research could also benefit human astronauts as well   
      
   There is a wave function that describes a human and every electron and atom in   
   them, reading that then doing a Fourier transform of it would produce a data   
   object that an identical human could be constructed from prime number tracer   
   quantum computer    
   factors emanations back to the prime number tracers move an evanescent wave   
   microscope an atoms width to the right then record the amplitude peak,   
   microwaves at a pair of wax prisms have about a 3mm evanescent wave pass an   
   air gap, so if you put a yeast    
   cyte between the two prisms and moved the prisms and their gap say 10 or 1 or   
   .1 nanometers a time but kept the yeast in the same location and then measured   
   the change in the peak of the change in the evanescent wave can you image the   
   yeast at 10    
   nanometer or even 1 nanometer or 10 picometer resolution for just that   
   location in 3D space   
      
   Perhaps they could cryogenically cool the evanescent wave microscope and leave   
   the yeast or human between the prisms warm and alive   
      
   A human head is 20ish cm wide, so an evanescent wave two prism gap would be   
   half that at 11 cm, that corresponds to some electromagnetic frequency used to   
   produce the evanescent wave imaging, 23 cm is an amateur radio frequency   
      
      
   [continued in next message]   
      
   --- SoupGate-Win32 v1.05   
    * Origin: you cannot sedate... all the things you hate (1:229/2)