Hi Leroy,
I am coming up with different numbers than you did, based on 3 billion base pairs.
From your comments, I get the impression that you think that DNA-related frequencies are just in lower, audio-range octaves or regions. They can be in any region of the spectrum, including ultrasound, radio, microwave, and on up. The only reason I gave examples in the audio range in my 1999 paper, was because that's the range everybody was using or talking about back then.
Also, if you were to give me any frequency at all in the audio range, including ones proposed to be associated with human DNA, I can assure you that I could find other items in my pathogen databases that relate to the same frequency.
What I look for is not frequencies that might coincidentally match on a rare occasion, but frequencies that show up numerous times in a pattern, especially if they seem to be getting beneficial results, or have shown evidence of results elsewhere (i.e., even before the DNA frequency theory was proposed).
You should never take my word as being definitive, and there will always be room for improvement of theory and hardware. There are many factors regarding frequency delivery systems that could have varying effects on cells, normal or otherwise. Many of these factors are totally out of my control.
Some of us try to study existing reports and literature as time permits, to see if more patterns can be discovered regarding cellular and pathogen response.
Best wishes,
Char