PROTEINS LAW OF SIKANDER AQEEL

KORSAKOFF SYNDROME   

Korsakoff syndrome causes problems learning new information, inability to remember recent events and long-term memory gaps, Memory problems may be strikingly severe while other thinking and social skills are relatively unaffected, for example, 

The individual may seem able to carry on coherent conversation, but moment later be unable to recall that the conversation took place or to whom they spoke,  

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

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

        Threonine = (C4H9NO3)2 = 121.25 + 121.25 = 242.5 m/g

        Brain = Korsakoff syndrome  

        a2 + b2 = c2  

        a2 (Thiamine)     + b2 (Threonine) = c2  

        a2 (300.81)       + b2 (242.5)   

       = a2 (90486.6561)  + b2 (58806.25) = c2 

       = a2 + b2 = 149292.9061 = c2  

       TRANSCRIPTION

       = a2 + b2 = 149292.9061 = transcription 

       = a2 + b2 = 149292.9061 * 61 Carbohydrate = 9106867.2721

       = a2 + b2 = 9106867.2721 / 112.0868 Uracil = 81248.34

       = a2 + b2 = 81248.34 = Two helix of DNA

Two helix of DNA = 81248.34 / 37 C human temperature = 2195.90

                 = 2195.90 / 183 glucose = 11.99

                 = 12 = +C 

       BEGINNER TRANSCRIPTION OF RNA

       = a2 + b2 = 81248.34 = beginner transcription of RNA 

       = a2 + b2 = 81248.34 * 347.5 Sucrose  = 28233798.15

       = a2 + b2 = 28233798.15 / 134.25 Leucine = 210307.62

                     BEGINNER TRANSCRIPTION OF RNA

Transcription of RNA = 210307.62 / 511 ATP = 411.56

                     = 411.56 - 4.31 H3 = 407.25

                     = 407.25 g/mol = (COOH)9 of DNA   

Carboxyl group occurs too much in sugar being transfer in energy,   

       AMINO ACIDS OF mRNA 

       = a2 + b2 = 210307.62 / 97.90 (H2PO4) = 2148.18 

       = 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 

Fe2 + H5 = Thiamine and Threonine    

       tRNA FROM CYTOPLASM 

       = a2 + b2 = 210307.62 * 7.4 pH blood plasma = 1556276.388

       = a2 + b2 = 1556276.388 / 40 different cytoplasm in cell = 38906.9097

 Gelatin

       = a2 + b2 = 38906.9097 / 242.5 Threonine-2 = 160.44 (amino molecules)  

       = a2 + b2 = 160.44 + 0.06 = 160.5 

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

 Thiamine + Threonine + Iodine to treatment of memory problems, 

       = a2 + b2 = 38906.9097 = tRNA from process of cytoplasm  

       MESSENGER mRNA

       = a2 + b2 = 38906.9097 / 46.25 chromosomes = 841.23048

       = a2 + b2 = 841.23 information for the ribosomal (messenger mRNA)  

    INFORMATION OF MESSENGER = 841.23

    = a2 + b2 = 841.23 * 149.25 g/mol (Glutamate) = 125553.5775

    = a2 + b2 = 125553.5775 / 45.0942% nucleated amino-acids move RNA = 2784.25

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

    = a2 + b2 = 2784.25 * 45.0942 Mononucleotide = 125553.52635

    = a2 + b2 = 125553.52635 = molecular weight from 45.0942 Mononucleotide 

    = a2 + b2 = 125553.52635 * 1.5807 (H of DNA) = 198462.45

    = a2 + b2 = 198462.45 m/g - 36000 pepsin protein = 162462.45 

    = a2 + b2 = 162462.45 m/g - 98000 Casein protein = 64462.45

    = a2 + b2 = 64500 m/g hemoglobin protein  

  PROTEIN

  = a2 + b2 = 125553.52635 * 23 pair chromosomes cell environment = 2887731.10605

  = a2 + b2 = 2887731.10605 + 462.25 (Leucine + Tryptophan + Purine) = 2888193.35

  = a2 + b2 = 2888193.35 m/g = protein from Thiamine Threonine, 

Total protein = 2888193.35 / 198500 pepsin, Casein, hemoglobin = 14.55 times protein to treatment of memory problems by Thiamine Threonine Iodine,     

mRNA CODE  

Iodine = 127 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 * 127 Iodine = 16146.78

        a2 + b2 = 16146.78 / 3 triple RNA = 5382.26

        a2 + b2 = 5382.26 - 3887.8932% (Threonine-121.25) = 1494.3668

        a2 + b2 = 421.39 = ACU ACC ACA ACG RNA = Thr from Iodine 

Threonine = 3887.8932 % / 121.25 m/g = 32.06 sets of Threonine in RNA 

= ACU ACC ACA ACG

Threonine = ACU ACC ACA ACG

Threonine = important amino acid to growth of brain for good memory 

Iodine = also important amino acid to Thyroid gland health

        FOR STOP TO RNA 

        If started from left side to codon chart 

        Then Start = CAU CAC Histidine = 38.35 amino acid, 

        Then End = GAA Threonine = 48 amino acids, 

        a2 + b2 = 16163.45 / 10.816 amino acid (start Isoleucine) = 1494.3668

        a2 + b2 = 1494.3668 = ACU ACC ACA ACG

        a2 + b2 = 1494.3668 = RNA (end at the 25th ACU ACC ACA ACG Threonine), 

The first number is Phenylalanine UUU at the left side on chart, and then 11th number is CCC Isoleucine to start, and then end is 25th number ACU ACC ACA ACG Threonine,  

Or to make protein under the Thiamine + Threonine use only 14 codes of RNA, 

End = 25 – 11 start = 14 codon RNA  

Total code with stop = 64 – 25 end = 39 = N2 + H9 = protein 

Total code with stop = 64 – 11 start = 53 = -OH + -OH + H = energy  

Total code with stop = 64 – 14 codon = 50 = 2H2O + -OH = DNA  

Total code with stop = 64 – 25 end = 39 % protein   

Total code with stop = 64 – 11 start = 53 % energy  

Total code with stop = 64 – 14 codon = 50 % DNA   

GENETIC TREATMENT  

Iodine + 32.06 sets of Threonine + Isoleucine + Thiamine = treatment of memory problems,