SECOND RNA BASE LAW OF SIKANDER AQEEL

SECOND BASE OF RNA  

ENZYME ACTIVATORS 

SYNTHESIS OF DISEASE  

WITHOUT DRUGS GENETIC TREATMENT 

(Auto DNA Engineering)     

Enzyme activators! are molecules that bind to enzymes and increase their activity, They are the opposite of enzyme inhibitors, These molecules are often involved in the allosteric regulation of enzymes in the control of metabolism. An example of an enzyme activator working in this way is fructose 2,6-bisphosphate, which activates phosphofructokinase 1 and increases the rate of glycolysis in response to the hormone insulin,   

SILENT RESEARCH  

Basically Insulin monomer (6k) consist of an A chain of 23 amino acids and a B chain of 28 amino acids connected by two disulfide lines, while uncertain whether glucose or a glucose metabolite serves as the stimulus, but there is a concomitant increase of Ca2 ion which insulin release, 

For example insulin B chain = 28 amino acids * 80 Ca2 = 2240 

                            = 2240 + 44.02 COO- = 2284.02 

                            = 2284.02 = GCA, GCG, GCT, GCC, TCT, TCC (DNA base) of Arginine,                                              

WITHOUT DRUG TREATMENT  

1 = Enzyme activators act = Arginine + Valine   

1 = Arginine = GCA, GCG, GCT, GCC, TCT, TCC (DNA base)

1 = Arginine = A1 + T4 + C8 + G5  

1 = Arginine = A-135.13 + T-504.44 + C-888.8 + G-755.65

1 = Arginine DNA base = 2284.02

2 = Valine = C5H11NO2 = 119.75 m/g 

1 = Valine = 119.75

2 = Arginine DNA base = 2284.02 = (A-T=C-G) 

ANSWER OF DISORDER 

Too Sick disorders 

FORMULA TO FIND OUT MEDICINE OF DISEASES

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ENZYME ACTIVATORS 

SYNTHESIS OF DISEASE  

WITHOUT DRUGS GENETIC TREATMENT 

       Valine = 119.75               

       Arginine DNA base = 2284.02

       Enzyme activators = Valine + Arginine,

ENZYME ACTIVATORS 

SOLUTION OF DISEASE 

Start AUC-Isoleucine = A = Second base 

End CGA-Arginine = C = Second base 

Center GAU-Aspartic = G = Second base   

READING LAW OF CODON 

Up to down = ACG -------rain fall from sky like up to down 

Down to up = GCA -------rain water again go up through the roots of plant 

Center = CAG CGA -------rate of creatures or beginning or life  

TOTAL SECOND BASE WITH GOOD NEWS    

GENETIC MUTATION

mRNA ACG 4th Threonine = Threonine 4th DNA base TGC = ?-T=C-G = Lost A   

mRNA GCA 3th Alanine = Alanine 3th DNA base CGT = ?-T=C-G = Lost A   

mRNA CAG 2th Glutamine = Glutamine 2th DNA base GTC = ?-T=C-G = Lost A   

mRNA CGA 3th Ariginine = Ariginine 3th DNA base GCT = ?-T=C-G = Lost A

Total DNA base = TGC CGT GTC GCT + A A A A = (4) A-T=C-G 

REPLICATION OF DNA

First helix = ATTGCAT  

Second helix = TAACGTA  

First lost? = AA

Second lost? = AA

Element = AAA-A

Right DNA answer = AAA-A = TGC CGT GTC GCT

Right amino acid Ariginine = GCT third DNA base

For pick-up right answer

Arginine DNA base + Valine = GCT DNA third base = Ariginine 

Arginine DNA base + Valine = CAT DNA third base = Valine

Arginine DNA base + Valine = GCT DNA third base = Ariginine

The mRNA getting right information with tRNA and DNA about Ariginine + Valine,

Because GCT - Arginine Increases release of insulin and glucagon. Arginine is the most potent amino acid in releasing insulin 

Because CAT – Valine! High dietary sugar or glucose intake causes release of insulin, which, in turn, causes a drop in BCAA levels, or TAG an enzyme activator working in this way is fructose 2,6-bisphosphate, which activates phosphofructokinase 1 and increases the rate of glycolysis in response to the hormone insulin,