PROTEINS LAW OF SIKANDER AQEEL

         Korsakoff syndrome

        Carbohydrate = C(H2O)2 = 30.5 + 30.5 = 61 m/g    

        Vitamin-B1 = C12H17ClN4OS = 300.81 m/g = Thiamine

        Sugar = (C6H12O6)2 = 183 + 183 = 366 m/g  

        Brain = Korsakoff syndrome  

        a2 + b2 = c2  

        a2 (Thiamine)      + b2 (Sugar) = c2  

        a2 (300.81)        + b2 (366)   

       = a2 (90486.6561)   + b2 (133956) = c2 

       = a2 + b2 = 224442.6561 = c2  

       TRANSCRIPTION

       = a2 + b2 = 224442.6561 = transcription 

       = a2 + b2 = 224442.6561 * 61 Carbohydrate = 13691002.0221

       = a2 + b2 = 13691002.0221 / 112.0868 Uracil = 122146.42

       = a2 + b2 = 122146.42 = Two helix of DNA

Two helix of DNA = 122146.42 / 37 C human temperature = 3301.25

                 = 3301.25 / 183 glucose = 18.03

                 = 18.5 = +H2O  

       BEGINNER TRANSCRIPTION OF RNA

       = a2 + b2 = 122146.42 = beginner transcription of RNA 

       = a2 + b2 = 122146.42 * 347.5 Sucrose  = 42445880.95

       = a2 + b2 = 42445880.95 / 134.25 Leucine = 316170.43

                     BEGINNER TRANSCRIPTION OF RNA

Transcription of RNA = 316170.43 / 511 ATP = 618.72

                     = 618.72 + 14.78 = 633.5

                     = 633.5 g/mol = (COOH) 14 of DNA   

carboxyl group occurs too much if sugar being transfer in energy, 

       AMINO ACIDS OF mRNA 

       = a2 + b2 = 316170.43 / 147.183 (4CH2OH + H2O + H = 146.75) = 2148.14 

       = a2 + b2 = 2148.14 = (Polymerase enzyme of RNA)

       = a2 + b2 = 2148.14 * 1.2961 (H) = 2784.21  

       = a2 + b2 = 2784.25 = 20 amino acids of mRNA  

       tRNA FROM CYTOPLASM 

       = a2 + b2 = 316170.43 * 7.4 pH blood plasma = 2339661.182

       = a2 + b2 = 2339661.182 / 40 different cytoplasm in cell = 58491.52955

 Gelatin

       = a2 + b2 = 58491.52955 / 366 sugar = 159.81 (amino molecules)  

       = a2 + b2 = 159.81 + 0.69 = 160.5 

       = a2 + b2 = 160.5 = ADP energy from photosynthesis and glycolysis 

 Thiamine works with sugar, to supply oxygen in brain with glycolysis, 

       = a2 + b2 = 58491.52955 = tRNA from process of cytoplasm  

       MESSENGER mRNA

       = a2 + b2 = 58491.52955 / 46.25 chromosomes = 1264.68

       = a2 + b2 = 1264.68 information for the ribosomal (messenger mRNA)  

    INFORMATION OF MESSENGER = 1264.68

    = a2 + b2 = 1264.68 * 149.25 g/mol (Glutamate) = 188753.49

    = a2 + b2 = 188753.49 / 67.793% nucleated amino-acids move RNA = 2784.25

    = a2 + b2 = 2784.25 = 20 amino acids of polypeptide 

    = a2 + b2 = 2784.25 * 67.793 Mononucleotide = 188752.66025

    = a2 + b2 = 188752.66025 = molecular weight from 67.793 Mononucleotide 

    = a2 + b2 = 188752.66025 * 1.3271 (H of DNA) = 250493.65

    = a2 + b2 = 250493.65 m/g - 36000 pepsin protein = 214493.65

    = a2 + b2 = 214493.65 m/g - 150000 Gelatin protein = 64493.65

    = a2 + b2 = 64500 m/g hemoglobin protein  

  PROTEIN

  = a2 + b2 = 188752.66025 * 23 pair chromosomes cell environment = 4341311.18

  = a2 + b2 = 4341311.18 + 462.25 (Leucine + Tryptophan + Purine) = 4341773.43

  = a2 + b2 = 4341773.43 m/g = protein from Thiamine sugar, 

Total protein = 4341773.43 / 250493.65 pepsin, Gelatin, hemoglobin = 17.33 times protein to control brain function get for oxygen,   

mRNA CODE  

Iron = 56 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 * 56 Iron = 7119.84

        a2 + b2 = 7119.84 / 3 triple RNA = 2373.28

        a2 + b2 = 2373.28 - 1514.5% (Glutamic acid) = 858.78

        a2 + b2 = 858.78 = GAA GAG RNA = Glu from Iron 

Glutamic acid = 1514.5 % / 149.25 m/g = 10.147 sets of Glutamic acid in RNA 

= GAA GAG 

Glutamic acid = GAA GAG   

Glutamic acid = important amino acid to carry oxygen in brain through the hemoglobin 

        FOR STOP TO RNA 

        If started from left side to codon chart 

        Then start = UCC UCA UCG Serine = 18.821 amino acid, 

        Then end = GAA GAG Glutamic acid = 46 amino acids, 

        a2 + b2 = 16163.45 / 18.821 amino acid (start Serine) = 858.78

        a2 + b2 = 858.78 = GAA GAG 

        a2 + b2 = 858.78 = RNA end at the 46th GAA GAG Glutamic acid, 

The first number is Phenylalanine UUU at the left side on chart, and then 18.82th number is UCC UCA UCG Serine to start, and then end is 46th number GAA GAG Glutamic acid,  

Or to make protein under the Palmitic acid Cysteine use only 28 codes of RNA, 

End = 46 – 18.821 start = 27.179 codon RNA 

The Serine UCC UCA UCG Critical in maintaining blood sugar levels,  

GENETIC TREATMENT  

Iron + large amount of Glutamic acid + Serine = treatment of Korsakoff syndrome