From: treon3verdery@gmail.com   
      
   Epithalon, AEDG is a longevizing pineal peptide, i read it causes 24% greater   
   longevity at rodents, as a pineal peptide It might be continuously active, or   
   pm or am most active at the pineal of living organisms, and could have greater   
   longevizing effects    
   when administered with heightened PM or AM body concentrations, it is possible   
   that the things Epithalon activates, like receptors, at the brain and body are   
   also longevizing when separately addressed, and finding other drugs that   
   activate those    
   receptors creates new longevity drugs, also I read that antibodies to   
   receptors can heighten, or decrease their effect, so it is possible a   
   beneficial immunization based on these receptors could be a one dose lifetime   
   longevity drug (or at least as long    
   as the immunization persists, some are multidecade),   
   finding out what the epithalon receptors are produces a new place to make new   
   longevity drugs be active at, new genetics of longevity, finding out what   
   organs and tissues and localizations they epithalon receptors are located at   
   describes organs and    
   tissues with high-effect longevity function, epithalon might effect something   
   not previously considered as longevity related, like lungs, and provide a new   
   beneficial area to make longevity drugs and technologies around, if epithalon   
   has non-receptor    
   direct effects like nucleus or cytoplasm effects, as well as if Epithalon has   
   effects on neurons of only one particular neurotransmitter type, notably if   
   Epithalon mainly effects one neurotransmitter then other drugs that effect   
   that one neurotransmitter,   
    possibly with brain localization, could be new longevity drugs,    
      
   if epithalons pineal production is like a sunrise chronology like function,   
   then a different pineal peptide might be like a PM "activate the program to be   
   well rested" peptide, and supplementing both could be beneficial   
      
   If Epithalon longevizes organisms without a pineal gland like yeast, c   
   elegans, as well as daphnia and queen bees, then its longevization effect   
   could be linked to activity at what I read are called highly conserved genes   
   that differ comparatively not    
   very much between organisms, finding out what those genes are provides a new   
   group of longevity genes as well as specific protein gene products that could   
   be longevizing, if Epithalon only makes things with pineal glands live longer   
   then pineal gland    
   genetics could be longevity genetics and human SNPs and alleles could be   
   compared to find the most beneficial pineal gland genetics   
      
   --- SoupGate-Win32 v1.05   
    * Origin: you cannot sedate... all the things you hate (1:229/2)