N E W 2

DECODING SCHEME

IN THE MOLECULE OF INSULIN

According to mathematical rules, in a molecule of insulin, amino acid Phe (F) should be first, Val (V) second, Asn (N) third, etc. Ve can decode these mathematical rules, by using a codes 19, 7, 931, and analog code.

Example:

Molecule of insulin

Chain A

Phe,(F), Val(V), Asn(N), Gln(Q), His(H), Leu(L), Cys(C),

Gly(G), Ser(S), His(H), Leu(L), Val(V), Glu(E), Ala(A), Leu(L),

Tyr(Y), Leu(L), Val(V), Cys(C), Gly(G), Glu(E), Arg(R), Gly(G),

Phe(F), Phe(F), Tyr(Y), Thr(T), Pro((P), Lys(K), Ala(A)

Chain B

Glu(E), Ileu(J), Val(V), Glu(E), Gln(Q), Cys(C), Cys(C), Ala(A),

Ser(S), Val(V), Cys(C), Ser(S), Leu(L), Tyr(Y), Gln(Q), Leu(L),

Glu(E), Asn(N), Tyr(Y), Cys(C), Asn(N),

Number of atoms:

Chain A

F=23; V=19; N=17, Q=20; H=20; L=22; C=14; G=10; S=14; H=20;

L=22; V=19; E=19; A=13; L=22; Y=23; L=22; V=19; C=14; G=10;

E=19; R=25; G=10; F=23; F=23; Y=23; T=17; P=17; K=24;

A=13; = 556 atoms.

Chain B

E=19; J=22; V=19; E=19; Q=20; C=14; C=14; A=13; S=14; V=19;C=14;

S=14; L=22; Y=23; Q=20; L=22; E=19; N=17; Y=23; C=14; N= 17;=378 atoms

Fragment 1

C H A I N “A”

Connection

Connection

C H A I N “B”

Amino acids

Number of atoms

Number of atoms

Amino acids

Phe (F)

23î

í 19

Glu(E)

2319

1922

Val(V)

19ì

ë 22

Ileu(I)

Asn(N)

17î

í 19

Val(V)

1720

1919

Gln(Q)

20ì

ë 19

Glu(E)

His(H)

20î

í 20

Gln(Q)

2022

2014

Leu(L)

22ì

ë 14

Cys(C)

Cys (C)

14î

í 14

Cys(C)

1410

1413

Gly(G)

10ì

ë 13

Ala(A)

Ser(S)

14î

í 14

Ser(S)

1420

1419

His(H)

20ì

ë 19

Val(V)

Leu(L)

22î

í 14

Cys(C)

2219

1414

Val(V)

19ì

ë 14

Ser(S)

Glu(E)

19î

í 22

Leu(L)

1913

2223

Ala(A)

13ì

ë 23

Tyr(Y)

Leu(L)

22î

í 20

Gln(Q)

2223

2022

Tyr(Y)

23ì

ë 22

Leu(L)

Leu(L)

22î

í 19

Glu(E)

2219

1917

Val(V)

19ì

ë 17

Asn(N)

Cys(C)

14î

í 23

Tyr(Y)

1410

2314

Gly(G)

10ì

ë 14

Cys(C)

Glu(E)

19î

17

ç 17

Asn(N)

1925

Arg(R)

25ì

-

-

Gly(G)

10î

-

-

1023

Phe(F)

23ì

-

-

Phe(F)

23î

-

-

2323

Tyr(Y)

23ì

-

-

Thr(T)

17î

-

-

1717

Pro(P)

17ì

-

-

Lys(K)

24î

-

-

2413

Ala(A)

13ì

-

-

Total

556

28276î

í 18594

378

-

9682

ê

Codes 19 and 7

ê

{ 719 +[ (197 + 719) + (197+719) + (197+719) + (197+719) + (719+197) + (197+719) + (197+719) + (197+719) + (197+719)] + +719}

(28276 – 18594) = 9682;

Fragment 2

C H A I N “A”

Connection

Connection

C H A I N “B”

Amino acids

Number of atoms

Number of atoms

Amino acids

Phe (F)

23î

í 19

Glu(E)

2319

1922

Val(V)

19ì

ë 22

Ileu(I)

Asn(N)

17î

í 19

Val(V)

1720

1919

Gln(Q)

20ì

ë 19

Glu(E)

His(H)

20î

í 20

Gln(Q)

2022

2014

Leu(L)

22ì

ë 14

Cys(C)

Cys (C)

14î

í 14

Cys(C)

1410

1413

Gly(G)

10ì

ë 13

Ala(A)

Ser(S)

14î

í 14

Ser(S)

1420

1419

His(H)

20ì

ë 19

Val(V)

Leu(L)

22î

í 14

Cys(C)

2219

1414

Val(V)

19ì

ë 14

Ser(S)

Glu(E)

19î

í 22

Leu(L)

1913

2223

Ala(A)

13ì

ë 23

Tyr(Y)

Leu(L)

22î

í 20

Gln(Q)

2223

2022

Tyr(Y)

23ì

ë 22

Leu(L)

Leu(L)

22î

í 19

Glu(E)

2219

1917

Val(V)

19ì

ë 17

Asn(N)

Cys(C)

14î

í 23

Tyr(Y)

1410

2314

Gly(G)

10ì

ë 14

Cys(C)

Glu(E)

19î

17

ç 17

Asn(N)

1925

Arg(R)

25ì

-

-

Gly(G)

10î

-

-

1023

Phe(F)

23ì

-

-

Phe(F)

23î

-

-

2323

Tyr(Y)

23ì

-

-

Thr(T)

17î

-

-

1717

Pro(P)

17ì

-

-

Lys(K)

24î

-

-

2413

Ala(A)

13ì

-

-

Total

556

28276î

í 18594

378

-

46870

ê

Codes 931,139,

19 and 7

ê

139 ½ ½ 931

{ [ (197+719) + (719+197)] x y}

Y = 50;

(28276 + 18594) = 46870;

46870 = { (139 + 931) + [ (197 + 719) x y] }

Those are only some of the fragments from matrix code in genetic processes. Those processes are sequenced with codes 19, 7 and 931.

Copyright EMER® Research project 1985 - 2001
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Last updated: 08/19/01.