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Friday, November 27, 2020

FROM FACEBOOK

 

A LITTLE MORE THAN THIS BUT " BUT YOUR EGO IS WHAT BE COUNT ON,"
IS A BIT AFTER THE FACT. WHICH TIMELINE OR ' TIMEFRAME ' DID I DIE ON ? WHAT
WAS LOST ? FOR THE COUNTRY OF THE UNITED STATES OF AMERICA ? SO DEPENDANT
ON OUTCOMES OF CHIN'S AND RUSSIAN QUANTUM COMPUTERS.? ' OURS CAN'T BE THAT
' DUMB ! '

READ THIS MORE THAN ONCE, TAKE YOUR TIME, RELAX, ' THINK; ' ADVENT OF ' PENETRATION ?

' TAKE OVER ? THEN WHAT ?

THINK ! OUTSIDE THE FUCKING COUNTRY ! 
STOP FIGHTING AND LISTENING TO THE ' FAGS ,! '
SORRY, HOMOSEXUALS !
AS I ' ANALYZE ' SPATICAL TIME FRAMEWORK AND THINK OF HENERY STREET, T.J.TUCKER, J.B.OCHOA JR. AND O.K.HARRIS, ALL USN, HENERY WAS US ARMY, GERARD LAVELLE WAS US ARMY AND KATHY DRAKE WAS DOCTOR ALONG WITH GIRLFRIEND AT OR NEAR, DURING TIME DR. PAULA HUGHSON AND MY MEDITATIONS AND REMOTE VIEWINGS OF:

" Diverse d-amino acids such as d-serine, d-aspartate, d-alanine, and d-cysteine are found as free amino acids and small peptides as well as in some proteins, and quite commonly in mammals. They are often found having playing important roles in the nervous system. For example, N-Methyl-d-aspartate (NMDA) receptors are associated with learning and memory and d-Serine, d-aspartate, and d-alanine bind to those receptors. Hydrogen sulfide generated from d-cysteine reduces disulfide bonds in receptors and potentiates their activity. Peptides made of d-amino acids resist not only normal proteolytic degradation but also resist an immune response (unless attached to a carrier protein) [44,46]. They persist some 4–6 days in the body, which is an ideal time period for pharmaceutical action, and are ultimately degraded to safe products (probably mainly in the peroxisomes and by enzymes in the kidneys) [44,46]. The negative aspect is that they do have higher entropy to overcome than many drugs of more traditional form, but in practice this appears to be more a barrier to computer simulation of binding than to the real molecule, as extensively discussed below.

Studying the binding of synthetic peptides or small organic molecules to human proteins benefits from computer simulations of the solute-solvent system, and it was early found that these should ideally include water molecules in a detailed way because there are hydrogen bonding options between water molecules and amino acid residues which are not particularly intuitive [[48], [49]]. In most cases, the spatial locations of hydrogen atoms are deduced rather than seen in experimental protein and peptide three dimensional structures. " 


I KEEP WONDERING OF LEVIT OF ROLE OF AMINO ACID TO CHANGE ORDER OF GENOME ? WHAT IF LEVIT HAS ' SECONDARY ' ROLE ' LIKE CREATINE AND PRODUCTION OF T-CELLS ? TO CREATE ' NATURAL VACCINE ? ' ACHILLES HEEL,' WOULD BE ' BRIDGE ' BEFORE CHEMICAL MUTATION BUT LESS OBSERVED PROTEIN ? WHY
' synthesize ' FOR ' REPLICATION ' BEFORE ....I JUST CAN'T THINK IN THIS STATE. CENTERED ON ' REPLICANT '

I BOUGHT ABOUT TEN OF THESE WATER BOXES AT SMITHS ABOUT LESS THAN A WEEK AGO, I'VE BOUGHT THEM BEFORE ONCE OR TWICE, DON'T REMEMBER HOW MANY.
DEFINE LEVIT ( T )-NORMANDY - BROWN LONG EARED BAT-Urals and Caucasus:


BATS IN NORMADY:




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