GENETIC TEST OF GLOBULIN PROTEIN

(Genetic blood test by Sikander Aqeel) 

DOCTORATE OF AMINO ACID

1 = Genetic test of Globulin protein  

A= Normal cells membranes = protein 55% + 6% carbohydrate + lipids 39% = 100 

A= Genetic cells membranes = protein 53% + 6% carbohydrate + lipids 41% = 100   

A = Genetic cells membranes = 157.25% His - 52.52% protein = 209.77

A = Genetic cells membranes = 209.77

Genetic function = 209.77% salt value  

B = Normal cell membranes = 100 % / 100 = 1 

                          = 1 * 209.77% = 209.77

                          = 209.77 * 6% normal = 1258.62

                          = 1258.62 * 55% normal = 69224.1

                          = 69224.1 / 100% = 692.24

                          = 692.25 mole = Five salt of blood plasma

Normal cell membrane = 100 

A = Blood plasma = Five salt = NaCl-58 m/g 

                             = NaHCO3-84.25 m/g 

                             = NaPO4-118 m/g 

                             = KClO3-122 m/g 

                             = Ca3(PO4)2-310 m/g 

                             = 692.25 m/g total salt in blood plasma 

B = Histidine = 157.25 

Amino acid 

Histidine = 157.25 

Genetic material    

Salt in blood plasma = 692.25

TO START CODON PROCESS

mRNA CODE 

Histidine-157.25 

Blood plasma-692.25 

TO START CODON SYSTEM

Histidine-157.25 + 692.25 Salt = 849.5 / 692.25 Salt = 1.22

1.22 * 692.25 Salt = 844.545

1.22 times Salt = 844.545

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 * 844.545 (1.22 times Salt) = 107375.4513

        a2 + b2 = 107375.4513 / 3 triple RNA = 35791.8171

        a2 + b2 = 35791.8171 - 35076.1703% (Histidine-157.25) = 715.6468

        a2 + b2 = 715.6468 m/g = CAU CAC = His from Five Salt   

Histidine = 35076.1703% / 157.25 His = 223.05 sets in mRNA 

Histidine = CAU CAC

        JOINING OF ADENINE WITH THYMINE 

        JOINING OF GUANINE WITH CYTOSINE 

      Start 

      a2 + b2 = 16163.45 / 715.6468 His = 22.58 or 23 amino acids to take start from CCA-Proline mRNA  

      End 

      a2 + b2 = 715.6468 His = No. 38 = CAC-Histidine mRNA end 

        JOINING OF ADENINE GUANINE = PURINE 

        JOINING OF URACIL CYTOSINE = PYRIMIDINE 

        FOR STOP TO RNA 

        If started from left side to codon chart 

        Then Start = CCA-Proline mRNA = 23 amino acid,  

        Then End = CAC-Histidine mRNA = 38 amino acids,  

DIFFERENT START AND END = DIFFERENT PROTEIN AND DISEASES

Or to make protein under the Histidine + Proline use only 15-GUA-Valine operating codes of RNA, 

Start = 38 – 23 end = 15-GUA-Valine acid operating codon RNA 

SOLUTION OF GENETIC DISEASES      

Start CCA-Proline = A third base 

End CAC-Histidine mRNA = C third base 

Center GUA-Valine = A third base  

Total third base  

Up to down = ACA  

Down to up = ACA

Center = CAA AAC 

TOTAL THIRD BASE     

HEALTHY MUTATION

mRNA ACA Threonine = Threonine DNA base TGC = ?-T=C-G = 1 A 

mRNA ACA Threonine = Threonine DNA base TGA = A-T=C-G = Complete   

mRNA CAA Proline = Proline DNA base g GGA = A-?=?-G = 2 TC 

mRNA AAC Asparagine = Asparagine DNA base CTA = A-T=C-G = Complete  

GENETIC REPORT OF BLOOD TEST

Complete First helix = ATTGCAT  

Complete Second helix = TAACGTA 

Missed base = ?TTGCAT = 1 A  

Missed base = ?AA?GTA = 2 TC  

Total Missed base = ??TG?AT = ATC Tyrosine DNA base from UGA mRNA 

                            = UAG = Tyrosine 

Genetic report of globulin protein in blood = ATC 

The mRNA has main Tyrosine, Which found too much in globulin protein, 

GENETIC TEST OF GLOBULIN PROTEIN OF ACAPNIA 

Compaction base of Acapnia diseases = AG + ATC blood test = AA-T=C-G 

Acapnia blood test report = AA-T=C-G 

AA that regulate key metabolic pathways to improve health, survival, growth, development, lactation, and reproduction of organisms, Both NEAA and EAA should be considered in the classic “ideal protein” concept or formulation of balanced diets to maximize protein accretion and optimize health in humans,  

Acapnia disease is not danger, just sometimes carbon dioxide becomes low in blood, such as fast running or some fast doing you, or Tyrosine becomes less in blood and blood presser low with lower carbon dioxide, and it is called Acapnia disease if it take long time,    

So in the doctorate of amino acid we shall use genetic blood test system, urine test, liver test, actually all body test would be contain on genetic test system, And second we shall compare with Clinical laboratory test report,