From: treon3verdery@gmail.com   
      
   More autophagy is linked to greater longevity in mammals, there are genes that   
   upregulate autophogy, finding alleges, SNPs, gene copy numbers of these   
   autophagy genes at humans at the 99th percentile of above of lonevity at   
   humans could find human    
   longevity genes   
      
   A drug that reduces the symptoms of dermatits, possibly atopic dermatistis   
   about 19/20ths: phenibut orally, about 2-3 G/70Kg; less feeling of itchinf,   
   than also at the surface, also much less itching when an area is actively   
   rubbed to where it gets    
   moesty and gooeywhat does topical do?   
      
      
      
   Along with screening gnenetics like the genome to find genes that cause   
   greater feeling and actions of benevolence, kindness, and empathy genes could   
   be screened to find the gnetics of other beneficial emotions of positive   
   empathy, kindness-loving    
   feeling as well as an outgoing kindness towards things as well, the genes that   
   heighten these could then be made part of the human genome   
      
      
      
   Well body genital sensation heigtening, does clitoral or other genital   
   moistness, notably 3-20 moistness cause greater amount of sensation, such that   
   genetics of moister vagina, as well as topical application of autogooeyness   
   moisturizer like naPCA, as    
   well as higher erotic arousal cause greater clitoral moistness such that   
   beyond lubrication, slippery genital tissue has greater beneficial preferrable   
   sensation; at dermatitis of the area under the ear covering headphones,   
   accumulated moisture cause a    
   number of powers of two heightening of sensation; this is different than   
   moistness causing lubrication; does moistness cause higher subjecting pleasure   
   at the clitoris as well as greater sensitivity at sensation assays like having   
   two eentsy things near    
   each other :   ..   compared with .  .   .    .       . be separately   
   detectable   
      
   Longevity technology:   
      
   Endoliths are organisms that live in minerals, such as under the sea, “An   
   endolith is an organism (archaeon, bacterium, fungus, lichen, algae or amoeba)   
   that lives inside rock, coral, animal shells, or in the pores between mineral   
   grains of a rock.    
   Many are extremophiles, living in places long imagined inhospitable to   
   life”; the great genetic diversity of these species suggets varied genes as   
   well as gne products that contribute to their published million year lifespan,   
   and feeding utrasonicated    
   endolith goo to mice and c elegans and zebrafish could produce new longevity   
   chemicals and drugs;  Notably as some endoliths are already fungi it is   
   possible chomatographic fractions or other concentrations of chemicals at   
   fungal endoliths could have    
   chemicals that strongly increase s. cerevasia longevity, and that chemicals   
   that cause greater longevity at this model organism could have strong   
   longevity heightening effects at mammals such as humans; Along with flow   
   cytometry that proceses 10 million    
   cell samples per second (longevity effect on 10 billion yeast cells measurable   
   in 16 minutes), a sample concentating chromotography micriofluidic chip that   
   does    
      
   1micoliter injection material volume   
      
   14 ng mL⁻¹ is the least concentration of a chemical it can measure and   
   characterize   
      
      
      
   .3 ul/min   
      
   15 nanometer pump size   
      
   pH range 1.5 - 8.5   
      
   size: possibly near 2-3 mm thick, as well as 5 cm wide as well as 7-9 cm   
   long;  Theoretically it could be possible to stack these, 100 at a time, at   
   300 mm (30cm) times 5 cm times 7-9 cm area to produce 600,000 separeate   
   chemicals identified,    
   spectroscopy data placed at a database, and molecular formula as well as, I   
   think, molecule structure, including proteins (possibly) described   
      
   Protein ID Chip 40 nL trap 75um x 43mm 5um   
      
      
      
   A different thing: 250,000 compounds per machine cycle, possibly,   
      
   a different high performance liquid chromotograpy/Mass pectrometry chip two   
   occurences of 5000 data outputs per utilization   
      
   I might be clueless but I also read 6 samples an hour/10 minutes a sample at a   
   2017 HPLC/MS chip, notably though that measures 2000ish spectral peaks per   
   chemical sample,  The 3mm times 5 cm times 7-9 cm size suggests that stacking   
   100 of these makes    
   6000 samples per hour a functional velocity with that technology, if the   
   velocity quadruples from other improvements then that is 24,000 samples per   
   hour, or near 42 hours to get molecular formula and molecular structure on a   
   million different chemicals    
   from a blenderized natural material like million year lifespan endoliths, 400   
   year lifespan quahog clams, or other organisms liquidified materials;   
      
   it is possible to think of a HPLC/MS chip, combined with software that has a   
   90% likeliness of saying shat a chmical is, or detecting it, then doing   
   another occurence to get the 99.9999(etc) formmula determination of the   
   chemical; so if the sample    
   quantity moves from 99.99 determination to 90% determination then that is 1000   
   times more rapid describing of the particular chemicals in a sample (like   
   blenderized or ultrasonicated lithosomes, applied at yeast longevity   
   measurement, then the actual    
   chemical that caused the yeast to live longer described)   
      
   20 that is 6000 chemicals per hour, or 166.6 hours to name, (I think) know the   
   chemical formula and structure of,  and put at a database a million different   
   naturally occuring chemicals when screened at a library; notably software/AI   
   can then use even    
   the 90% match on actual chemical formula to predict new variations, based on   
   the 99.99the percentile of longevity increase at a million sample   
   characterization, that are useable to generate a new screenable library based   
   on the molecular form of 99.99the    
   percentile effectiveness at longevity increase, so the lithosomes, with 100   
   different chemicals at the  99.99 the percentile longevity increase, are then   
   utilized at software to generate another 1 million new chemicals at a   
   screenable library to find out    
   if they make yeast live longer, then the 99.99the percentile of that is 100   
   chemicals to do chip based HPLC/MS on at 16.7 hours of further chip   
   utilization to get, I think,  the full molecular formula and structure of the   
   99.99th percentile that is then    
   used to generate an even higher 99.99th perentile of longevity increase   
   chemicals, 100 at a time.    
      
      
      
      
      
      
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