The Concept of 2002 that Repeated Genetic Sequences are Fractal Sets Emerged from
A Fractal Model of Neuron (Pellionisz' 1989 paper)

[Direct quote from the book, published in 1989:

3.1.3. Neural Growth: Structural Manifestation of Repeated Access to Genetic Code
One of the most basic, but in all likelihood rather remote, implication of the emerging fractal neural modeling is that it corroborates a spatial "code-repetition" of the growth process with the repetitive access to genetic code. This conceptual link between the two meta-geometries of double helix and "fractal seed" may ultimately lead to precisely pinpointing those exact differences in the "genetic" code that lead to a differentiation to Purkinje-, pyramidal cell, Golgi-cell or other type of specific neurons. It must be emphasized, however, that establishing a rigorous relation of these "code sequences" to the genetic code that underlies the morphogenesis of differentiated neurons may be far in the future.]

An overview of a sustained effort through a third of a Century towards fractal roots of CNS morphogenesis

After about a dozen of years, fractogenesis (fractal morphogenesis) is today's fare.
Time has come to turn knowledge of healthy or erroneous fractal sets into drug discovery patents:
Fractogene (patent pending) by HelixoMetry.

DEFINITION: FractoGene, as coined by Pellionisz of Helixometry (first offered in March, 2002), is the "root language" of living Nature, that the Genetic Code speaks.
In a repetitious and self-similar manner, FractoGene spells out Nature's morphogenesis, how to grow self-similar trees, dendritic trees of neurons, the fractal structure of creatures genetically determined by a "seed". "Translation" of FractoGene was branded by HelixoMetry, the Silicon Valley headquartered Intellectual Capital Portfolio, based on award-winning Information Technology, Linguistics and Translation Memory techniques, within one year that the entire human Genetic Code became available.

SUPPORTING MATERIAL: Collections are provided from the web, to outline the plausibility, by

• a Gallery of visual demonstration that "self-similar" repetitive Natural objects are defined by fractal geometry.
• a Sample of articles supporting the notion that repetitive, self-similar character of the DNA is similar to natural languages.
  
• a Collection of evidence that the DNA is verbose with repetitious, self-similar base-pair sequences; here called FractoGenes.
  
• an Article discussion the possible role of introns in evolution
• a List of diseases that are likely to be the result of malformed, and/or overly repeated or missing FractoGenes.
  

Strategies for forging the best partnership are elaborated in the "7 sisters for FractoGene"