Sikander Aqeel

AIR, FIRE, CLAY AND WATER = LIFE

Jan 13th 2016, 10:22 am

Posted by aqeelsika

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(Bio Algebra of living organisms)

(Mathematical Lab of Sikander Aqeel)

CHAPTER 3 PROTEINS

Proteins = Clay

The proteins are the most abundant macromolecules in most cells and constitute 50 percent or more of their dry weight, they are fundamental to all biology since they are the instruments by which genetic information is expressed, they also very versatile cell components and some have hormonal activity,

Composition of Proteins:

Many proteins have been isolated in pure crystalline form, all contain on Carbon, Hydrogen, Nitrogen, and Oxygen, and nearly all contain on sulfur, some proteins contain on additional elements, particularly Phosphors, Iron, Zinc and copper, On acid hydrolysis all proteins yield a-amino acids as end the products,

The amino acids composition of two typical proteins, the amino acids of any given protein do not occur in equal amount, nor do all proteins contain on all the 20 common a-amino acids,

Proteins are divided into two classes on the basis of their composition: Simple and Conjugated,

Simple Proteins:

The simple proteins are those which no hydrolysis yield only amino acids and no other organic or inorganic hydrolysis products, they usually contain about

(50 % Carbon) (7 % Hydrogen) (23 % Oxygen) (16 % Nitrogen)

And from 0 to 3 percent sulfur, and 0 to 1 percent Iron,

(12/7/2015)

Conjugated proteins are those yielding not only amino acids but also other organic or inorganic compounds, the non-amino acids portion of a conjugated portion is called its prosthetic group, conjugated proteins may be classified on the basis of the chemical nature of their prosthetic groups, such as

Class--------------------- Prosthetic group---------------------Examples

1 = Nucleoproteins ---------------- Nucleic acids ---------------------Tobacco Mosaic Virus

2 = Lipoproteins -----------------Lipids -------------------- B- Lipoproteins of blood

3 = Glycoprotein’s -----------------Carbohydrate---------------------- Y-Globulin of blood

4 = Phosphorpoteins --------------Phosphate groups------------------ Casein milk

5 = Hem proteins -----------------Hem (Iron proteins) --------------- Hemoglobin Cytochrome-C

6 = Metalloproteins ---------------Iron --------------- Ferritin

7 = ---------------Zinc --------------- Alcohol dehydrogenises

(12/7/2015)

AMINO ACIDS COMPOSITION OF TWO PROTEINS

A = for example

One electron or line = 0.008 photon

Metals Ratio = 50

2 = Lipoproteins -----------------Lipids -------------------- B- Lipoproteins of blood

Tri-stearin = CH2OCOC17H35 = C19-228 + H37-46.25 + O2-32 = 306.25

Tri-stearin = CH2OCOC17H35 = 306.25 m/g

Lecithine Phosphate group = CH2O – P – O = 110.75 m/g

Choline group = N+(CH3)3 = 47.25 M

Tri-stearin = 306.25 M * 0.00723 = 2.2141875

= 2.214 + 0.001 = 2.215

= 2.215 * 50 ratio = 110.75

= 110.75 M = Lecithine Phosphate group

About line = (0.008)1

Proton donor or acceptor

Because line = 0.00723 / 0.008 = 0.90375

= 0.90375 * 50 ratio = 45.1875

= 45.1875 + 16.0625 NH2 = 61.25

= 61.25 = Choline group = N+(CH3)3

------------------------ = CH2O – P – O – O – CH2 – CH2 – N+(CH3)3

And Lipoproteins -----------------Lipids -------------------- B- Lipoproteins of blood

Openly Carbohydrate and proteins derivatives of lipids kinds, the (Glyco-lipids) and (Lipo-proteins) and phosphorus has important work for cell membrane,

Lipoproteins -----------------Lipids -------------------- B- Lipoproteins of blood

Carbon proton Rate Time Tri-stearin

n = 6 r + 306.25 60 minute 60(r + 306.25)

B- Lipoproteins of blood

60r + 60(r + 306.25) = 36750

60r + 60 + 18375 = 36750

120r + 18375 = 36750

120r + 18375 + 36750 = 36750 - 18375

120r = 18375

----------- = -------------

120 = 120

r = 306.25