Number Patterns & Geometric Representation of Deoxyrhibonuclicacid

This research work is based on simple concepts on elementary geometry, driven by a pattern in numbers. The simplicity defies the diversity, it is through a combination of fixed, almost rigid and constant symmetry with limited, asymmetric variables. From the original computer generated imagery of DNA by the pioneering Robert Langridge over 20 years ago, we analyzed and subsequently deconstructed the image pattern into a number of geometric forms.. The DNA double helix molecule accomplishes such feats by means of the very same self-recognizing. The series of concentric double pentagons which inform the composite axial view of the DNA double helix are shown to contain a vast self-replication and growth potential built into the molecule itself. Mathematicians, artists, designers and engineers have known for centuries astonishing, almost magical, patterns in prime and geometric series, magic squares, and the special sequences and proportions such as Pascal´s Triangle, the Golden Mean, the Fibonacci and Padovan series, to name a few. Incorporating, combining and ultimately exceeding much of the same number magic, the DNA double helix also exhibits a surprising.