BRIGHT FUTURE OF MEMBRANE

(Bright Future of Membrane in cosmos of Sikander Aqeel)

The Membrane thickness which has important attention about gathering of chemical compounds, the heavy membrane gathers heavy value of lipids, proteins and carbohydrate, or lipids protein carbohydrate + membrane thickness = 212, or 112 is an basic structure of membrane and 100 % chemicals are equal to lipids protein carbohydrate of membrane, or 112 % thick membrane can catch to 100 % thick lipids protein carbohydrate, if membrane is 50 % thick, then 50 % thick membrane will catch to 56 % lipids protein carbohydrate,           

It is important to treatment of too over age, supposed you giving lipids protein carbohydrate through the medicines to patient for good health, but there are not effect on medicines, because there membrane is 25 % thick in too over age, they cannot catch to heavy lipids protein carbohydrate, so here in too over age need is health or treatment of thickness of membrane,  

IN HEALTH, 

Thickness of membrane = 112 % large type + Lipids protein carbohydrate 100 % large type = 212 % healthy membrane 

Or 112 % large type + 100 % large types = 212 % balance between chemicals and membrane thickness 

IN DISEASE  

Thickness of membrane = 25 % large type + Lipids protein carbohydrate 100 % large type = 125 % sick membrane 

Or 25 % large type + 100 % large types = 125 % unbalance between chemicals and membrane thickness 

So form of basic membrane and form of Lipids protein carbohydrate are two different forms,   

If first we will treat of thickness of membrane, then thick membrane will automatically catch to healthy Lipids protein carbohydrate in over age,    

Cell Membrane 

Cell Membrane = 40 % lipids + 40 % thick Membrane at fatty acid = 80 

Cell Membrane = 55 % protein + 55 % thick Membrane at amino acid side = 110 

Cell Membrane = 5 % carbohydrate + 17 % thick Membrane at carbon side = 22 

                                                                Total = 212 Membrane 

Cell Membrane compounds = 100 % 

Cell Membrane thickness = 112 % 

Total Membrane = 212

         = a2 + b2 = DNA helix

         = a2 46 Chromosomes  + b2 212 Membrane = c2  

         = a2 46 + b2 212 = c2 

         = a2 2116 + b2 44944 = c2 

         = a + b = 47060 = c2     

         = a + b = 47060 / 216.93 = 216.93

         = a + b = 216.93 / 2.5 (H2= A//T DNA) = 86.772

         = a + b = 86.772 / 3.75 (H3= C///G DNA) = 23.1392

         = a + b = 23.1392 * 50 ratio = 1156.96

         = a + b = 1157 / 34.01A = 34.01A

         = a + b = 34A = healthy height of helix  

        = DNA helix = 34A / 10 mononucleotide = 3.4

        =           = 3.4A healthy distance between two base pair, 

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ARACHIDONIC ACID (9/7/2016) 

BEHAVIOUR OF BODY, 

It is 100 % important that what is behavior of your body, if you do not know then you cannot own treat, 

Kinds of Behavior 

Form 1 = cold behavior ---------> childhood = salted body 

Form 2 = medium behavior--------> youth = salted and sugar body   

Form 3 = warm behavior ---------> oldness = only sugar body 

MEMBRANE PROTEIN AND LIPID FOR OVER AGE,

THIN MEMBRANE AND ARACHIDONIC ACID  

CELL MEMBRANE OF OVER AGE 

THIN MEMBRANE WITH SICK HEAD   

Cell Membrane = 10 % lipids + 10 % thick Membrane at fatty acid = 20 

Cell Membrane = 13.75 % protein + 13.75 % thick Membrane at amino acid side = 27.5 

Cell Membrane = 1 % carbohydrate + 8 % thick Membrane at carbon side = 9 

                                                                Total = 56.5 Membrane of over age 

Cell Membrane compounds = 24.75 % 

Cell Membrane thickness = 31.75 % 

Total Membrane = 56.5 

ARACHIDONIC ACID

Total over age Membrane = 56.5 

Arachidonic acid = polyunsaturated omega-6 fatty acid 20:4(ω-6)  

Arachidonic acid = C20H32O2 = 312.00 m/g

         = a2 + b2 = DNA helix

         = a2 Arachidonic acid + b2 over age Membrane = c2  

         = a2 312.00 + b2 56.5 = c2 

         = a2 97344 + b2 3192.25 = c2 

         = a + b = 100536.25 = c2     

         = a + b = 100536.25 / 317.07 = 317.07

         = a + b = 317.07 / 2.5 (H2= A//T DNA) = 126.828

         = a + b = 126.828 / 3.75 (H3= C///G DNA) = 33.8208

         = a + b = 33.8208 * 50 ratio = 1691.04

         = a + b = 1691.04 / 41.12A = 41.12A

         = a + b = 41A = Arachidonic acid type height of helix  

        = DNA helix = 41A / 10 mononucleotide = 4.1

        =           = 4.1A Arachidonic acid type distance between two base pair, 

Arachidonic acid type distance between two base pair = 4.1A – 0.7 % transport of proteins = 3.4A distance between two base pair of natural helix, from 20-carbon of Arachidonic acid, while here 0.1 = HPO4, and 0.7 = (HPO4)7  

LIVER CARE 

Sodium bicarbonate or (Bile) = NaHCO3 = 84.25 m/g 

Arginase enzyme of liver = 9.7 pH  

Healthy Helix height = 41A 

Healthy Helix distance between two base pair = 4.1A   

         = a2 + b2 = c2 

         = a2 (helix height) + b2 (helix distance two base) = c2  

         = a2 41A + b2 4.1A = c2 

         = a2 1681 + b2 16.81 = c2 

         = a + b = 1697.81 = c2     

         = a + b = 1697.81 / 41.41 = 41.41

         = a + b = 41.41 * 2.5 (H2= A//T DNA) = 103.525

         = a + b = 103.525 * 3.75 (H3= C///G DNA) = 388.21875

         = a + b = 388.21875 * 50 ratio = 19410.9375

         = a + b = 19410.9375 / 600 m/g of bile salts = 32.35

         = a + b = 32 * 12.780 % (cholic acid) = 408.99

         = a + b = 408.99 = C24H40O5 = Cholic acid. 

So if you take Arachidonic acid in over age, then you will have to take 12.780 % or 52.27 m/g (cholic acid) to digestive Arachidonic acid, 

Percentage 

Cholic acid = 408.99 / 100 % = 4.0899 

            = 4.0899 * 12.780 % = 52.27 

            = 52.27 m/g = 12.780 % Cholic acid        

Sources of Arachidonic acid are meat, eggs, 

If meat + salt = enzymes 

Then meat + sugar = bacteria and fungi, 

Actually I know, you are taking meat daily, but meat is not developing your health, because today in over age your body belongs with sugar, and sugar belongs with bacteria and fungi, which are eating your health, and doing non biosynthesis body, 

Approximately 600 m/g of bile salts are synthesized daily to replace bile acids lost in the feces. The rate-limiting step is the addition of a hydroxyl group on position 7 of the steroid nucleus by the enzyme cholesterol 7 alpha-hydroxylase This enzyme is down-regulated by cholic acid, up-regulated by cholesterol and is inhibited by the actions of the ileal hormone FGF15/19

Bile acid that is insoluble in water (soluble in alcohol and acetic acid), it is a white crystalline substance. Salts of cholic acid are called cholates. Cholic acid, along with chenodeoxycholic acid, is one of the two major bile acids produced by the liver, where it is synthesized from cholesterol. These two important bile acids are roughly equal in concentration in humans, Derivatives are made from cholyl-CoA, which exchanges its CoA with either glycine, or taurine, yielding glycocholic and taurocholic acid, respectively,

Bile acid-containing micelles aid lipases to digest lipids and bring them near the intestinal brush border membrane, which results in fat absorption. Synthesis of bile acids is an important route of cholesterol metabolism in most species other than humans 

12.780 % (Cholic acid) in over age for liver,