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| Fig. 1 Chimeric Complications |
That problem all to often causes death and imprisonment of innocent people, and covering it up causes textbooks, scientific papers, and Phd.s to be chimeric in nature.
One of the more likely places for chimeric DNA to be located is places where there is a plethora of DNA being deposited randomly, even if that location is the traditional family kitchen table (Fig. 1).
Another likely place is where microbes containing and replicating viruses are killed and or torn open by toxic chemical weapons (a.k.a. antibiotics) as in the three videos below.
The most 'qualified' location for chimeric evolution is the public square and the like where MetaSUB does its core sampling.
During indiscriminate antibiotic use millions of chimera developing activities can cause the spread of chimeras.
When DNA and/or RNA are being produced and processed at high speeds inside a cell, and are at various stages of development throughout the cell, as shown in the first video below, can be spread about when the microbe disintegrates after being exposed to an anti-life medicine or chemical.
The various stages of DNA and or RNA can then become chimeras, ending up inside a carbon based life form, and/or ejected into the city environment where MetaSUB and other DNA/RNA collectors take samples.
Today's appendices are reports based on searches of MetaSUB data placed in public databases after being sequenced (Appendix 1, 2, 3, 4, 5, 6, 7).
Links are provided to the MetaSUB data and to the GenBank genome when organisms had gene segments that matched segments of the MetaSUB data.
Notice that the Enterococcus avium was found thousands of times in the MetaSUB sampling:
"... mostly found in birds ... many enterococcal species have been identified, Enterococcus avium is rarely detected in humans."
(Detection of Enterococcus avium). The following MetaSUB data files likewise had thousands of Enterococcus avium sequences in them:
SRR10153701, SRR10153702, SRR10153703, SRR10153705, SRR10153706, SRR10153707, SRR10153708, SRR10153709, SRR10153710, SRR10153711, SRR10153712, SRR10153713, SRR10153714, SRR10153715, SRR10153716, SRR10153717, SRR10153718, SRR10153719, SRR10153720, SRR10153721, SRR10153722, SRR10153723, SRR10153724, SRR10153725, SRR10153726, SRR10153727, SRR10153728, SRR10153729, SRR10153730, SRR10153731, SRR10153732, SRR10153733, SRR10153734
Note that I searched for DNA genes of 25 different organisms (single celled microbes, not viruses) in the MetaSUB DNA listed in the "SRR" files to see if there was DNA that matched any DNA strands in those 25 organisms, but only found Enterococcus avium in similar quantities as listed in the seven Appendix files listed earlier.
Are MetaSUB samples taken in city parks where birds of various sorts, including pigeons, abound, or are the samples chimeric?
The next post in this series is here, the previous post in this series is here.
"... when DNA is damaged, as it often is through exposure to moisture or extreme temperatures" (Link)
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