Language of Insulin Decoded (2)

Insulin discret code 1128

Insulin discret code is an area of bio-macromolecules and processes in biochemistry (chemical engineering, bioprocess engineering, information technology, biorobotics) that treats signals as stochastic processes, dealing with their biosignal properties (e.g., frequences, mean, covariance, etc.).

In this context, discret code are modeled as functions consisting of both deterministic and stochastic components. A simple example and also a common model of many bio systems is a signal Bio(t) that consists of a deterministic part x(t) as white discret code.

DC(t) = [X1,2,3,n + X1,2,3,n]

DC(t) = Discret code 1128;

etc.

where X1,2,3,n represent number of atoms

Table 1 Overview of the mathematical balance between of the number of atoms of the amino

acids in insulin

Amino acids	Number of atoms		Amino acids	Number of atoms		Amino acids	Number of atoms
I,Q,H	1128		Q,S,F,H	1128		G,C,T,A	1128
I,E,K	1128		V,S,F,K	1128		G,C,N,A	1128
G,I,Q	1128		E,S,F,K	1128		I,F,A,P,K	1128
I,V,K	1128		C,N,H,A	1128		Q,N,H,A,K	1128
V,F,H,R	1128		C,T,H,A	1128		Q,T,H,A,K	1128
E,F,H,R	1128		G,E,F,R	1128		E,S,H,A,P	1128
Y,N,P,K	1128		G,V,F,R	1128		V,S,H,A,P	1128
T,Y,P,K	1128		G,T,N,F	1128		G,Q,N.A,K	1128
T,N,F,H	1128		G,Q,S,F	1128		G,E,S,A,P	1128
Q,T,N,R	1128		G,C,H,K	1128		G,V,S,A,P	1128
S,Y,R,K	1128		-	-		-	-

etc.

The molecule of insulin we can understand as words built from letters, i.e. aminoacids. The meaning of words is determined by positioning of letters. Each of these words has its biochemical base. If this base is expressed by corresponding discrete numbers, we find out that the base has its own program, cybernetic and information characteristics. In fact, we will find out that the sequencing of the molecule is conditioned and determined not only by biochemical, but also by cybernetic and information principles. For this reason, in this research we will deal more with quantitative, and less with qualitative characteristics of the genetic information and its biochemical foundation.

Programmatic and cybernetic algorithm

We shall now give some mathematical evidences that will prove that in the biochemistry of insulin there really is programmatic and cybernetic algorithm in which it is „recorded“, in the language of mathematics, how the molecule will be built and what will be the quantitative characteristics of the given genetic information. (Figure 2).

I,Q,H

				188 atoms
I	Q	I	Q	Q	H	I	H	I
22	20	22	20	20	20	22	20	22
2	5	10	15	25	26	27	31	46

				188 atoms
I	Q	I	Q	Q	H	I	H	I
22	20	22	20	20	20	22	20	22
53	56	61	66	76	77	78	82	97

(22+20+22…, + 22) = 188; (22+20+22…, + 22) = 188;

(53+56+61…,+97) – (2+5+10…, + 46) = 459;

				188 atoms
I	Q	I	Q	Q	H	I	H	I
22	20	22	20	20	20	22	20	22
104	107	112	117	127	128	129	133	148

				188 atoms
I	Q	I	Q	Q	H	I	H	I
22	20	22	20	20	20	22	20	22
155	158	163	168	178	179	180	184	199

(155+158+163…,+199) – (104+107+112…, + 148) = 459;

				188 atoms
I	Q	I	Q	Q	H	I	H	I
22	20	22	20	20	20	22	20	22
206	209	214	219	229	230	231	235	250

				188 atoms
I	Q	I	Q	Q	H	I	H	I
22	20	22	20	20	20	22	20	22
257	260	265	270	280	281	282	286	301

(188 x 6) = 1128;

(257+260+265…,+301) – (206+209+214…, + 250) = 459;

etc.

I,E,K

				188 atoms
I	E	I	E	I	E	E	I	K
22	19	22	19	22	19	19	22	24
2	4	10	17	27	34	42	46	50

				188 atoms
I	E	I	E	I	E	E	I	K
22	19	22	19	22	19	19	22	24
53	55	61	68	78	85	93	97	101

				188 atoms
I	E	I	E	I	E	E	I	K
22	19	22	19	22	19	19	22	24
104	106	112	119	129	136	144	148	152

				188 atoms
I	E	I	E	I	E	E	I	K
22	19	22	19	22	19	19	22	24
155	157	163	170	180	187	195	199	203

				188 atoms
I	E	I	E	I	E	E	I	K
22	19	22	19	22	19	19	22	24
206	208	214	221	231	238	246	250	254

				188 atoms
I	E	I	E	I	E	E	I	K
22	19	22	19	22	19	19	22	24
257	259	265	272	282	289	297	301	305

(188 x 6) = 1128;

(257+259+265…,+305) – (206+208+214…, + 254) = 459;

etc.

Figure 2. Gropu of amino acids I,Q,H, and I,E,K.

Notes: In the aforementioned examples aminoacids are connected by the discret code 1128 and their position numbers are connected with code 459.

Mathematical evidence is provided here to prove that in the biochemistry of insulin there really is programmatic and cybernetic algorithm in which it is „recorded“, in the language of mathematics, how the molecule will be built and what will be the quantitative characteristics of the given genetic information.

We will give a few more examples of coding of amino acids of insulin with discret code 1128.(Figure 3)

G,I,Q

Example 1

				188 atoms
G	I	Q	I	Q	Q	I	G	G	G	G	I
10	22	20	22	20	20	22	10	10	10	10	22
1	2	5	10	15	25	27	29	41	44	52	53

				188 atoms
Q	I	Q	Q	I	G	G	G	I	G	I
20	22	20	20	22	10	10	10	22	10	22
56	61	66	76	78	80	92	52	53	95	97

				188 atoms
G	I	Q	I	Q	Q	I	G	G	G	I
10	22	20	22	20	20	22	10	10	10	22
103	104	107	112	117	127	129	131	143	146	148

				188 atoms
G	I	Q	I	Q	Q	I	G	G	G	I
10	22	20	22	20	20	22	10	10	10	22
154	155	158	163	168	178	180	182	194	197	199

				188 atoms
G	I	Q	I	Q	Q	I	G	G	G	I
10	22	20	22	20	20	22	10	10	10	22
205	206	209	214	219	229	231	233	245	248	250

				188 atoms
G	I	Q	I	Q	Q	I	G	G	G	I
10	22	20	22	20	20	22	10	10	10	22
256	257	260	265	270	280	282	284	296	299	301

(188 x 6) = 1128;