CHROMOSOMES WITH BIO-CHEMISTRY

(Bio Algebra of Chromosomes) 

(Mathematical Lab of Sikander Aqeel) 

CHAPTER [2] AMINO ACID AND PEPTIDES 

 (2/17/2016) 

Peptides

Two amino acids molecular may be jointed to yield a dipeptide through a peptide bond, formed by removal of a water molecule from the carboxyl group of one amino acids and the a-amino group of other by the action of strong condensing agents, three amino acids may be jointed in a similar manner to form a tripeptide, 

Peptides are named from the sequence of their constituent amino acid, beginning from the amino terminal end, when many amino acids residue are jointed in a long chain, it is called poly-peptide  

Serine = C3H7NO3 = 106.75 m/g 

Amide ion = NH2 = 16.5 m/g  

For example = a2 / b2 = c2 

    Serine = a2 = 106.75 and b2 = 26.28 Chromosomes 

              = a2 / b2 = c2 

              = 106.75 / 26.28 = c2 

              = 11395.5625 / 690.6384 = 16.5

          c2 = 16.5 = Amide ion = NH2 from 26 Chromosomes, 

PEPTIDE BOND OF SERINE = C – O – NH4

Serine = a2 = 11395.5625 / 16 (O) = 712.22265625 

                  = 712.22265625 / 12 (C) = 59.351888020833333333333333333333 

                  = 59.35188802 / 14 (N) = 4.23 

                  = Peptide bond of serine = C – O – NH4 by 26 Chromosomes

Structure of a pentopeptide, peptides are beginning with the NH2-terminal residue the peptide bond with react of 26 Chromosomes, 

Glycine = C2H5NO2 = 76.25 m/g 

Amide ion = NH2 = 16.5 m/g  

For example = a2 / b2 = c2 

    Glycine = a2 = 76.25 and b2 = 18.8 Chromosomes 

               = a2 / b2 = c2 

               = 76.25 / 18.8 = c2 

               = 5814.0625 / 353.44 = 16.4

           c2 = 16.5 = Amide ion = NH2 from 19 Chromosomes, 

PEPTIDE BOND OF GLYCINE = C – O – NH4

Glycine = a2 = 5814.0625 / 16 (O) = 363.37890625

                  = 363.37890625 / 12 (C) = 30.281575520833333333333333333333

                  = 30.28157552 / 14 (N) = 2.16

                  = Peptide bond of Glycinee = C – O – NH2 by 19 Chromosomes

Structure of a pentopeptide, peptides are beginning with the NH2-terminal residue the peptide bond with react of 19 Chromosomes, the different number of Chromosomes are binds to different amino acids, and different amino acids go in different place of DNA base, and this function change the shape of cells, muscles, and whole body, 

Supposed my Peptide bond of Glycine = C – O – NH2 (by 19 Chromosomes) 

And your Peptide bond of Glycine = C – O – NH2 (by 21 Chromosomes) 

Compare Chromosomes = different faces of both us,