TO BE CONVERT OF GLUCOSE IN ENERGY

(Energy of glucose in mathematics machine of Sikander Aqeel)

The glucose becomes convert in energy from reason of 2(CH), a common glucose which contains on six carbon, twelve hydrogen, and six oxygen, 

Their action starts from 2.60 or 2 hydrogen atoms, and they convert in 6, hydrogen, and 6, hydrogen into the CH, 

Which is important here in glucose? 

That 6 hydrogen becomes partner of carbons, and 6, hydrogen becomes partner of oxygen by algebra, 

New Algebra of Sikander Aqeel (* and +) 

Two hydrogen = 2.5 

Here two hydrogen = 2.60 for the common sugar, 

    = a2 * b2 = c2 

    = a2.60 * b2.60 = c2 

    = a6.765 + b6.765 = c2 

    = a + b = 13.53 = c2 

    = a * b = 13.53 (CH) * 13.53 (CH) = 183 = 2(CH)

    = a * b = 183 = C6H12O6 = glucose 

    (CH) + (CH) 

       |         |

    C6H6 + H6O6 = C6H12O6 = glucose

                 Six hydrogen partner of six carbons

                 H2

             H2 + H2

        C6--------------------------O6 

                                H2 + H2 

                                    H2 

                                     Six hydrogen partner of six oxygen, 

First group of partners 

C6H6 – CH3 = C5H3 

C5H3 – CH2 = C4H 

C4H – CH = C3 

C3 the last and chain of compounds = CH + CH2 + CH3 

Second group of partners 

H6O6 ¬– H2O = H4O5 

H4O5 – H2O = H2O4 

H2O4 – H2O = O3 

O3 the last and chain of compounds = 3H2O   

Both partner incomplete end = CH + C3 and H2O + O3  

                                           = C4H and H2O4 = 115.75 mole  

                                           Some functions of glucose

                                           = (CO2) = 44 mole = energy of muscles and blood 

                                           = COOH = 45.25 mole = acid of proteins  

                                           = 2(CH) = 26.5 mole = carbon family  

                                           = (H2CO3) = 62.5 mole = acidic oxide  

                                           = COO- = 44 mole = carboxyl terminal  

                                           = H7 chain = 9.25 mole = hydrogen family 

                                           = 3(CH2OH) = 95.25 mole = glucose (a, b, d)  

                                           = H2O = 18.5 mole = water  

                                           = H1 chain = 1.25 mole = hydrogen family 

SIDE CHAIN STRUCTURE OF THE COMMON AMINO ACIDS, 

                                          Leucine = C6H13NO2 = 134.25 m/g 

(CH) + (CH) and (N) = helper for amino acids 

  |          |

C6H6 + H6O6 = C6H12O6 = glucose = 183 

Leucine = C6H13NO2 = 134.25 m/g

           COO-

          |

H3N – C – H 

          | 

        CH2 

          | 

         C

      /  |  \ 

H3C   H   CH3 = 16.25 H + 72 C + 14 N + 32 = 134.25

C6H12O6 - C6H13NO2 = NO4 (N = helper) as nitrogen bases

                                                             N1 + O4 = NO4 = 78 – 44 (1CO2) 34

                                                                                   = 34 – 18.5 (H2O) = 15.5

                                                                                   = 15.5 – 1.5 H = 14 N 

When glucose crack, then his two partners makes different 20 amino acids base, for need of muscles of body and DNA, 

SIDE CHAIN STRUCTURE OF THE COMMON BASES OF DNA, 

And some part of glucose is gone in base for pretty DNA, and from this reason the glucose is most important medicines of body, and healthy glucose can only make carbon-dioxide, 

                                                                         MUTATION 

                                                   N1 + O4 = NO4 = 78 + 42.11 (N3 helper) = 120.11

                                                                         = 120.11 = C5H4N4 

                                                                         = C5H4N4 = Purine  

                                                  N1 + O4 = NO4 = 78 + 73.13 (N5H3 helper) = 151.13

                                                                         = 151.1 = C5H5N5O 

                                                                         = C5H5N5O = Guanine  

                                                   N1 + O4 = NO4 = 78 + 33.1 (N2H4 helper) = 111.1

                                                                         = 111.1 = C4H5N3O 

                                                                         = C4H5N3O = Cytosine 

                                                   N1 + O4 = NO4 = 78 + 57.13 (N4H1 helper) = 135.13

                                                                         = 135.13 = C5H5N5 

                                                                         = C5H5N5 = Adenine 

                                                  N1 + O4 = NO4 = 78 + 34.08 (N2H5 helper) = 112.08

                                                                         = 112.08 = C4H4N2O2 

                                                                         = C4H4N2O2 = Uracil 

        (Non-polar) 

UUA (Leu/L) Leucine 

UUG (Leu/L) Leucine  

CUU (Leu/L) Leucine   

CUC (Leu/L) Leucine 

CUA (Leu/L) Leucine  

CUG (Leu/L) Leucine  

Selection of notable mutation, ordered in a standard table of the genetic code of the amino acids, 

Clinically important misses mutations generally changes of the properties of the coded amino acids residues between being basic acidic polar and non-polar while nonsense mutation result is a stop codon,    

   Cytosine = C4H5N3O = 111.1 g/mol = (C)  

   Thymine = C5H6N2O2 = 126.11 g mol−1 = (T)   

Pyrimidine = C4H4N2 = 80.088 g/mol = (P) 

   Adenine = C5H5N5 = 135.13 g/mol = (A) 

  Guanine = C5H5N5O = 151.13 g/mol = (G)

    Purine = C5H4N4 = 120.11 g/mol = (P)

     Uracil = C4H4N2O2 = 112.0868 g/mol = (U)