THE STUDY

THE CONCEPT

THE MODEL 

THE RESEARCH 

THE REPLICATION

THE CONTACT 

THE AUTHOR

What is the Symmetry Analytical Model (SAM)? The Symmetry Analytical Model (SAM) is a molecular modeling tool constructed of the protons and electrons constituting the elements and element groups of a tandum tetranucleotide sequence, T-A and A-T , in DNA, constituting the octanucleotide sequence of the TATA box. Two similar sequences constitute the TATA box. This tetranucleotide sequence was selected as a modeling tool because its constituents were shown to correlate perfectly with the requirements and rules of the Periodic Symmetry Concept and thus able to provide information about the properties, the functioning, and the misfunctioning features of this unique structure and thus of the regulatory TATA box itself. However, the SAM can be considered further as representing a prototype structure, that is, one that can provide information about any operating chemical strucure within the living system. Homeostasis in biological systems suggest the presence of a prototypical set of physiochemical features and rules that can be applied universally within a living system. It is well known that all the chemical structures operating within a living system do not operate in isolation but are interrelated in that they communicate with each other, that is, 'see' each other chemically and magnetically and respond to each other, in an effort to keep the biosystem unified and in normal operation.

The following illustrations and narrative focus on the development of the SAM and the identification of its various intramolecular functions. Its purpose, then, is to disclose ultimately what elemental features of the TATA box can be altered, and in what manner, in order to disrupt its normal operation in the replication of the DNA.