TRIANGLE OF ISOLEUCINE’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 Isoleucine,
C6H13NO2 = 134.25 m/g = Isoleucine
ISOLEUCINE PART 1
Isoleucine = C6H13NO2
Isoleucine part 1 = C6H13 = C6 + H13
= a = C6 and b = H13
= a = 72 and b = 16.25
= a 72 mm + b 16.25 mm = c2
= a5184 + b264.0625 = c2
= a + b = 5448.0625 = c2
= a + b = 5448.0625 / 73.8 = 73.8
= 73.8 + 2.2 H2 = 76 mole
= c1 = 76 = (O2) + (CO2) = Oxygen + carbon dioxide by slope of c angle
Isoleucine first part = a + b = (O2) + (CO2) + c (O2) + (CO2) = 2(O2) + 2(CO2)
= 2(O2 + CO2) = 152 mole
Isoleucine first part = 2(O2 + CO2) 152 mole = required in the formation of hemoglobin
Isoleucine first part = 2(O2 + CO2) 152 mole = One of the 3 major Branched-Chain Amino Acids (BCAA), all of which are involved with muscle strength, endurance, and muscle stamina.
Muscle tissue uses Isoleucine as an energy source,
Slope of c angle = 76 / 60 minute = 1.2666666666666666666666666666667
= 1.2666 seconds speed of slope and it has fast speed than the first triangle,
Slope of c angle = 76 / 60 minute = 1.2666666666666666666666666666667
= 1.2666666666666666666666666666667 * 24 hours = 30.4
= 30.4 + 1.6 = 32, mole oxygen for Hemoglobin,
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By Time Algebra of Isoleucine
Isoleucine = C6H13NO2
Isoleucine first part = C6H13 = C6 = 72 mole and H13 = 16.25 mole
C6 = 72 * 24 hour = 1728
H13 = 16.25 * 24 hour = 390
Total = 2118 * 2.72705 minute = 5775.89
= 5776 / 76 = 76
= 76 = second (O2 + CO2)
= 76 + 76 = 152 mole = 2(O2 + CO2)
= 2(O2 + CO2)
A day = 24 hours * 60 minute = 1440
Minute = 1440 + 2.72705 = 1442.72705
= 1442.72705 / 60 = 24.04
= 24.04 hour = Isoleucine,
Isoleucine metabolism = 2.72705 minute
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ISOLEUCINE PART 2
Isoleucine = C6H13NO2
Isoleucine Part 2 = N1O2 = N1 + O2
= a2 + b2 = c2
= a = N1 and b = O2
= a = 14 and b = 32
= a14 mm + b 32 mm = c2
= a 196 + b 1024 = c2
= a + b = 1220 = c2
= a + b = 1220 / 34.9 = 34.9
= c1 = 34.9 - 6.02 pH = 40.92 + 3.08 H3 = 44
= c1 = 34.9 - 6.02 pH = 40.92 + 3.08 H3 = 44
= c1 = 44 slope = 1(CO2) Carbon dioxide
Isoleucine second part = c1 1(CO2) + c1 1(CO2) = c2 2(CO2)
Isoleucine second part = 2(CO2) = Muscle tissue uses Isoleucine as an energy source
Slope of c angle = 34.9 / 60 minute = 0.58166666666666666666666666666667
= 0.5816 seconds speed of slope and it has fast speed than the first triangle,
Slope of c angle = 34.9 / 60 minute = 0.58166666666666666666666666666667
= 0.58166666666666666666666666666667 * 24 hours = 13.96
= 13.96 - 0.04 = 14 nearly N nitrogen for the bacteria
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By Time Algebra of Isoleucine
Isoleucine = C6H13NO2
Isoleucine part 2 = N1O2 = N1 = 14 mole and O2 = 32 mole
N1 = 14 * 24 hour = 336
O2 = 32 * 24 hour = 768
Total = 1104 * 1.75362 minute = 1935.99
= 1936 / 44 = 44
= 44 = seconds 1(CO2)
= 44 + 44 = 88 = 2(CO2)
= 2(CO2) = Isoleucine
A day = 24 hours * 60 minute = 1440
Minute = 1440 + 1.75362 = 1441.75362
= 1441.75362 / 60 = 24.02
= 24.02 hour = Isoleucine,
Isoleucine metabolism = 1.75362 minute
2Isoleucine part 1 = 76
2Isoleucine part 2 = 44
Total = 120 / nearly 3.77 parts = 31.75
= 31.75 = CH2OH = glucose
CHART OF SICKNESS IN CLINIC
Isoleucine into the health Seen:
Isoleucine 120 / nearly 3.77 parts = 4(CH2OH)
Isoleucine part 1 = 2(O2 + CO2) 152 mole = required in the formation of hemoglobin
Isoleucine first part = 2(O2 + CO2) 152 mole = One of the 3 major Branched-Chain Amino Acids (BCAA), all of which are involved with muscle strength, endurance, and muscle stamina.
Muscle tissue uses Isoleucine as an energy source,
Isoleucine part 2 = 2(O2 + CO2) 88 mole = Muscle tissue uses Isoleucine as an energy source
Isoleucine Deficiencies Seen In:
Isoleucine 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.