(First U-1 last G-192 = 60 + 4 codes)
G-192 * 60 codes = 11520 / 31.56 days of March = 365.01 biological year of earth by codon,
HEMORRHAGIC DISEASE
SYNTHESIS OF UMBILICAL CORD
ENZYME + FIBRINOGEN + PROTHROMBIN
Vitamin K deficiency gives rise to abnormal prothrombin levels; thus, prothrombin does not effectively participate in blood clot formation. As noted above, vitamin K undergoes posttranslational carboxylation of glutamic acid resides on the amino-terminal part of the vitamin K-dependent proteins,
1 = Prothrombin = a protein in blood plasma that is the inactive precursor of thrombin,
2 = thrombin = an enzyme that acts on fibrinogen in blood causing it to clot,
1 = Prothrombin or glycoprotein = 72000 molar weight
2 = enzyme + fibrinogen = 341000 molar weight
HEMORRHAGIC DISEASE
SYNTHESIS OF UMBILICAL CORD
ENZYME + FIBRINOGEN + PROTHROMBIN
Enzyme + Fibrinogen = 583.95
Prothrombin = 268.32
Glutamic acid = 149.25 m/l
Prothrombin = 72000
Blood = anemia
Fibrinogen = 583.95 + 268.32 Prothrombin = 852.27
= 686.7 - 149.25 Glutamic acid = 537.45
= 537.45 / 23.18 = 23.18
= 23.18 + 23.18 = 46.36 - 1.11 H = 45.25
= 45.25 = COOH Carboxyl group
Glutamic acid care of miner Ulcer of new borne tissues,
Carboxyl group as a branch of hormones and protein,
Glutamic acid = 149.25 m/g mRNA CODE
Glutamic acid = 149.25 + 45.25 COOH = 194.5 mole / 45.25 COOH = 4.29 times compound of COOH
TO START GENETIC SYSTEM
Glutamic acid = 149.25
4.29 times compound of COOH = 194.1225 m/g
Uracil = C4H4N2O2 = 112.0868 g/mol = (U)
a2 + b2 [3Th part] = c2
a2 + b2 (amino acid) = c2
a2 (Uracil) + b2 (60 minute) [amino acid] = c2
a2 (112.0868) + b2 (60 minute) [amino acid] = c2
a2 (12563.45073424) + b2 (3600) [amino acid] = c2
a2 + b2 = 16163.45 [amino acid] = c2
a2 + b2 = 16163.45 / 127.13 = 127.14
a2 + b2 = 127.14 * 194.1225 (4.29 times COOH) = 24680.73465
a2 + b2 = 24680.73465 / 3 triple RNA = 8226.91155
a2 + b2 = 8226.91155 - 7368.13155% (Glutamic acid-149.25) = 858.78
a2 + b2 = 858.78 = GAA GAG = Gln from COOH,
Glutamic acid = 7368.13155% / 149.25 Gln = 49.36 sets in RNA
Glutamic acid = GAA GAG
JOINING OF ADENINE WITH THYMINE
JOINING OF GUANINE WITH CYTOSINE
Start
a2 + b2 = 16163.45 / 858.78 Gln = 18.82 or 19 amino acids to take start from UCA-Serine
End
a2 + b2 = 858.78 Gln = 48 = GAG-Glutamic acid
JOINING OF ADENINE GUANINE = PURINE
JOINING OF URACIL CYTOSINE = PYRIMIDINE
FOR STOP TO RNA
If started from left side to codon chart
Then Start = UCA-Serine = 19 amino acid,
Then End = GAG-Glutamic acid = 48 amino acids,
Or to make protein under the Glutamic acid + Serine use only 29-GCU-Alanine operating codes of RNA,
End = 48 – 19 start = 29-GCU-Alanine codon RNA
SOLUTION OF HEMORRHAGIC DISEASE
Serine-UCA = A third base
Glutamic acid-GAG = G third base
Alanine-GCU = U third base
LAW OF CODON READING
Up to down = AGU -------rain fall from sky like up to down
Down to up = UGA -------rain water again go up through the roots of plant
Center = GAU GUA -------rate of creatures
Total third base = AGU
= UGA
= GAU
= GUA
Total third base = AGU Methionine = Helps reduce blood cholesterol levels through the Prothrombin protein or glycoprotein,
UGA Cysteine = Protective against radiation, pollution, ultra-violet light and other causes of increased free radical production, to stop deficiency and clot
GAU Aspartic acid = Helps protect the liver by aiding the removal of ammonia for care of ulcer of vitamin-k deficiency,
GUA Valine = during period of Valine deficiency, all of the other amino acids (and protein) are less well absorbed by the GI tract
Then Start = UCA-Serine = 19 amino acid,
Then End = GAG-Glutamic acid = 48 amino acids,
ABOUT PROTEIN
RNA Biological code = 16163.45
a2 + b2 = 16163.45 * 48 end amino acid = 775845.6
a2 + b2 = 775845.6 / 19 start = 40833.97
a2 + b2 = 40833.97 m/g - 1261.97 polypeptide = 39,572
a2 + b2 = 39,572 m/g = dehydrogenase liver,
Peptide chain = 234.985 / 5.19 carboxyl group and amino acids = 45.25 COOH
Peptide chain = 234.985 / 5.34 carbon dioxide and amino acids = 44 CO2
Peptide chain = 792 / 48 end amino acids = 16.5 NH2
Total polypeptide = 1261.97 mole (glucose <-> energy <-> amino acid)
Total amino acids = 58.53
Vitamin
a2 + b2 = 40833.97 * 4.9745% COOH = 203128.5837 + 1.9063
a2 + b2 = 203130.49 / 450.7 = 450.7
a2 + b2 = 450.7 = Vitamin-K
GENETIC TREATMENT AND MEDICINE FORMULA
SYNTHESIS OF UMBILICAL CORD
Enzyme + Fibrinogen + Prothrombin = normal Vitamin-K + normal prothrombin protein level, if Histidine and Glutamic acid are present in Umbilical cord, or through this process the deficiency is not of Vitamin-k
4.29 times COOH + 49.36 sets Glutamic acid + Serine = through this process the deficiency is not of Vitamin-k
COOH = 4.29 m/g
Glutamic acid = 49.36 m/g
Serine = 46.35 m/g
Total = 100 m/g
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