Sikander Aqeel

TRIANGLE OF TRYPTOPHAN

Feb 10th 2016, 11:40 am
Posted by aqeelsika
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TRIANGLE OF TRYPTOPHAN’S ELEMENTS       

Perhaps the nature also use to algebra of triangle for make the products of universe, here we shall use triangle for make the water and Hydroxide of cell from the Tryptophan, 

C11H12N2O2 = 207 m/g = Tryptophan   

TRYPTOPHAN PART 1

Tryptophan = C11H12N2O2 

Tryptophan part 1 = C11H12 = C4 + H9

 = a = C11 and b = H12 

 = a = 132 and b = 15

 

 = a 132 mm + b 15 mm = c2  

 = a 17424 + b 225 = c2  

 = a + b = 17649 = c2 

 = a + b = 17649 / 132.8 = 132.8

 = 132.8 - 5.8 = 127 mole 

 = c1 = 127 = 4(CH2OH) = D-Fructose, b-D-Fructose, a-D-Fructose, and b-D-Fructofuranoside,        

 

Tryptophan first part = a + b = 4(CH2OH) + 4(CH2OH) = 8(CH2OH)

                               = 8(CH2OH) = 254 mole Fructose 

Tryptophan first part = 8(CH2OH) = 254 mole, Precursor to the key neurotransmitter serotonin, which exerts a calming effect, Effective sleep aid, due to conversion to serotonin, Reduces anxiety, Effective in some forms of depression, Treatment for migraine headaches, Stimulates growth hormone, Along with Lysine, Carnitine, and Taurine is effective in lowering cholesterol levels, Can be converted into niacin (Vitamin B3), Lowers risk of arterial spasms, these all are from reason of Fructose,   

 

 

Slope of c angle = 127 / 60 minute = 2.1166666666666666666666666666667

                        = 2.11666 seconds speed of slope and it has fast speed than the first triangle,  

 

Slope of c angle = 127 / 60 minute = 2.1166666666666666666666666666667

                        = 2.1166666666666666666666666666667 * 24 hours = 50.8

                        = 50.8 + 0.95 = 51.75, three mole alcohol 3(OH – R) by standard time of world, 

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By Time Algebra of Tryptophan 

Tryptophan = C11H12N2O2 

Tryptophan first part = C11H12 = C11 = 132 mole and H12 = 15 mole

C11 = 132 * 24 hour = 3168 

H12 = 15 * 24 hour = 360 

 

Total = 3528 * 4.57171 minute = 16128.9

       = 16129 / 127 = 127 slope

       = 127 = seconds = 4(CH2OH)

       = 127 + 127 = 254 mole = 8(CH2OH)

       = 8(CH2OH)

 

 

A day = 24 hours * 60 minute = 1440 

Minute = 1440 + 4.57171 = 1444.57171

          = 1444.57171 / 60 = 24.07

          = 24.07 hour = Tryptophan, 

Tryptophan metabolism = 4.57171 minute 8 Fructose by standard time of world  

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ 

 

TRYPTOPHAN PART 2 

Tryptophan = C11H12N2O2 

Tryptophan Part 2 = N2O2 = N2 + O2 

 = a2 + b2 = c2

 = a = N2 and b = O2 

 = a = 28 and b = 32

 

 = a28 mm + b 32 mm = c2  

 = a 784 + b 1024 = c2  

 = a + b = 1808 = c2 

 = a + b = 1808 / 42.5 = 42.5  

 

 = c1 = 42.5 - 5.89 pH = 48.39 - 0.265 = 48.125

= c1 = 42.5 - 5.89 pH = 48.39 - 0.265 = 48.125

 = c1 = 48.125 slope = half phosphate      

 

Tryptophan second part = c1 half phosphate + c1 half phosphate = c2 = (HPO4)

                                  = (HPO4) = 96.25 mole = phosphate ion

Tryptophan second part = (HPO4) = the only plasma amino acid that is bound to protein.

Tryptophan must compete with 5 other amino acids to pass through the blood-brain barrier and enter the brain. Those 5 are: tyrosine, phenylalanine, leucine, isoleucine, and valine and are called Large Neutral Amino Acids (LNAA), requires pyridoxal-5-phosphate (P5P) a form of vitamin B6 to be converted into serotonin. P5P deficiency will lower serotonin levels, even if Tryptophan levels are normal. 

 

Slope of c angle = 96.25 / 60 minute = 1.6041666666666666666666666666667

                        = 1.60416 seconds speed of slope and it has fast speed than the first triangle,  

 

Slope of c angle = 96.25 / 60 minute = 1.6041666666666666666666666666667

                        = 1.6041666666666666666666666666667 * 24 hours = 38.5

                        = 38.5 - 1.5 H1 = 37 mole nearly 2(H2O) of water  

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

 

By Time Algebra of Tryptophan

Tryptophan = C11H12N2O2  

Tryptophan part 2 = N2O2 = N2 = 28 mole and O2 = 32 mole

N2 = 28 * 24 hour = 672 

O2 = 32 * 24 hour = 768

 

Total = 1440 * 6.43337 minute = 9264.0528

        = 9264.0625 / 96.25 = 96.25

        = 96.25 = seconds = (HPO4)

        = (HPO4) = phosphate ion 

 

 A day = 24 hours * 60 minute = 1440 

Minute = 1440 + 6.43337 = 1446.43337

          = 1446.43337 / 60 = 24.10

          = 24.10 hour = Tryptophan, 

Tryptophan metabolism = 6.43337 minute by standard time of world  

 

Tryptophan part 1 = 254 = 8 different Fructose  

Tryptophan part 2 = 96.25 = 1 phosphate ion

                   Total = 350.25 / nearly 18.93 parts = 18.5 

                           = 18.5 = H2O = water  

 

CHART OF SICKNESS IN CLINIC 

 

Tryptophan into the health Seen: 

Tryptophan = 350.25 / nearly 18.93 parts = 19(H2O) 

 

    Tryptophan part 1 = 8(CH2OH) = 254 mole, Precursor to the key neurotransmitter serotonin, which exerts a calming effect, Effective sleep aid, due to conversion to serotonin, Reduces anxiety, Effective in some forms of depression, Treatment for migraine headaches, Stimulates growth hormone, Along with Lysine, Carnitine, and Taurine is effective in lowering cholesterol levels, Can be converted into niacin (Vitamin B3), Lowers risk of arterial spasms, these all are from reason of Fructose,  

 

    Tryptophan part 2 = (HPO4) = the only plasma amino acid that is bound to protein.

Tryptophan must compete with 5 other amino acids to pass through the blood-brain barrier and enter the brain. Those 5 are: tyrosine, phenylalanine, leucine, isoleucine, and valine and are called Large Neutral Amino Acids (LNAA), Requires pyridoxal-5-phosphate (P5P) a form of vitamin B6 to be converted into serotonin. P5P deficiency will lower serotonin levels, even if Tryptophan levels are normal. 

 

Tryptophan Deficiencies Seen In: 

 

Tryptophan Excess Seen In: 

 

The 20 special amino acids, plus hundreds of minor amino acids keep us alive, vibrant, and healthy. A deficiency in a single amino acid will cause problems for us, and even a single deficiency should be replaced.

In addition to making up all protein, amino acids have numerous functions... far too many to discuss within these pages.

Before each amino acid is discussed, you will read how it is classified within the various categories, such as essential versus non-essential, glycogenic versus ketogenic, etcetera.

 

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