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, 

PHOSPHOLIPIDS AMONG THE PROTEIN (12/21/2016) 

FATTY ACIDS AND AMINO ACIDS 

FATTY ACIDS = ALPHA 1-ANTITRYPSIN 

AMINO ACIDS = ASPARTIC ACID  

PHOSPHOLIPIDS AMONG THE PROTEIN 

Two Phospholipids membranes = 100 + 100 = 200 % lipids, protein, carbohydrate 

Alpha 1-antitrypsin fatty acid = C2001H3130N514O601S10 = 44324.5 g/mol 

Aspartic acid = 134.75 m/g

       = a2 / b2 = c2             

       = a2 (Alpha 1-antitrypsin) / b2 (Two membranes of a cell) = c2 

       = a2 (44324.5)             / b2 (200) = c2 

       = a2 (1964661300.25) / b2 (40000) = c2 

       = a2 / b2 = 49116.53 = c2  

       = a2 / b2 = 49116.53 = transcription 

       = a2 / b2 = 49116.53 * 134.75 Aspartic acid = 6618452.4175

       = a2 / b2 = 6618452.4175 / 112.0868 Uracil = 59047.56

Transcription answer = 59047.56 / 37 C human temperature = 1595.88

                     = 1595.88 / 134.75 Aspartic acid = 11.84 

                     = 11.84 a carbon atom of brain cells in presences of Alpha 1-antitrypsin   

       = a2 / b2 = 59047.56 = beginner transcription of RNA 

       = a2 / b2 = 59047.56 * 134.75 Aspartic acid = 7956658.71

       = a2 / b2 = 7956658.71 / 134.25 Leucine = 59267.47

Transcription of RNA = 59267.47 / 511 ATP = 107.56

                     = 107.56 + 3.54 (H3 of helix) 111.1  

                     = 111.1 g/mol = Cytosine  

       = a2 / b2 = 59267.47 / 27.590 (C2 + H3 of Alpha 1-antitrypsin) = 2148.15 

       = a2 / b2 = 2148.14 = (Polymerase enzyme of RNA)

       = a2 / b2 = 2148.14475 * 1.2961 (H) = 2784.21  

       = a2 / b2 = 2784.25 = 20 amino acids of mRNA 

So C2 + H3 of Alpha 1-antitrypsin jointed with Aspartic acid 

       ASPARTIC ACID USED AS INCREASES STAMINA AND HELPS PROTECT THE LIVER BY AIDING THE REMOVAL OF AMMONIA

       = a2 / b2 = 2784.25 * 9.7 pH of Arginase liver enzyme = 27007.225

       = a2 / b2 = 27007.225 / 40 different cytoplasm in cell = 675.180625

       = a2 / b2 = 675.180625 = tRNA from process of cytoplasm  

       = a2 / b2 = 675.180625 / 46.25 chromosomes = 14.5985

       = a2 / b2 = 14.5985 = messenger RNA or translation 

       ASPARTIC ACID USED AS DNA AND RNA METABOLISM  

       = a2 / b2 = 14.5985 * 523.47 g/mol (A..T = C...G) = 7641.876795

       = a2 / b2 = 7641.876795 / 2.744 % nucleated amino acids move RNA = 2784.94

       = a2 / b2 = 2784.25 = 20 amino acids of polypeptide 

       = a2 / b2 = 2784.25 * 23 pair chromosomes cell environment = 64037.75

       = a2 / b2 = 64037.75 + 462.25 (Leucine + Tryptophan + Purine) = 64500

       = a2 / b2 = 64500 m/g = hemoglobin with Alpha 1-antitrypsin fatty acid 

       = a2 / b2 = 64500 / 55.5 (3H2O) = 1162.16 

       = a2 / b2 = 1162.16 / 96.25 (HPO4) = 12.07 

       = a2 / b2 = 12.07 = Cranial nerves of head for distribute in body through the Aspartic acid

Earth magnetic field = 851.62 gram / 46.25 chromosomes = 18.41 

                     = 18.5 = H2O or water of hemoglobin protein of blood,  

Nearly we have right answer of combination of fatty acid and amino acid for health of membrane, and here important is 2.01 % nucleated amino acids to move RNA, such as areference range in blood of 1.5 - 3.5 gram/liter,   

Liver disease 

Alpha-1 Antitrypsin or A1AT 

• Not everyone with A1AT deficiency will develop liver disease.

• Neonates with A1AT deficiency may present with neonatal jaundice and hepatitis; older children may develop hepatitis, cirrhosis and liver failure due to A1AT deficiency.

• Many **s with A1AT deficiency will show some signs of abnormalities in LFTs but, in some, the build-up of A1AT in the liver can lead to hepatitis, fibrosis, cirrhosis and liver failure. With cirrhosis there is a risk of hepatocellular carcinoma.