Three Titles, Your Choice:
1. Agents of Transmission (Infection)
2. Beyond GeoEngineering, BioEngineering & Needles
3. The Situation is Bigger Than We Think
Common Byline:
Insects & Synthetic Biology
Clifford E Carnicom
Aug 18 2025
Moth parts under the microscope 3200x
It is now known that the insect population is permeated by the synthetic biology (CDB – Cross Domain Bacteria) under (attempted) disclosure by Carnicom Institute for close to three decades. The evidence is clear and convincing. This is of great consequence to the human race for the indefinite future, with no limits to be set.
Let us look at the three titles, and seek which might be the most helpful to get a grasp of the situation. You can pick the preferred and then accept the byline as common to all.
1. Agents of Transmission (Infection)
This one is for the no-frills reader. The point here is that once it is understood that insects carry reproducing synthetic biology then it is also understood that these same insects will act as carriers of this same synthetic biology into the human race.
2. Beyond GeoEngineering, BioEngineering & Needles
This title is meant to gently prod the reader who is already aware that somehow the earth is not as it should be and/or the Covid Era was fraudulently presented to the public. These two issues alone are sufficient to change the course of humanity, and they have done so. Unfortunately, this level of awareness remains insufficient to comprehend the depth of the situation.
3. The Situation is Bigger Than We Think
This title is for those with eyes open wider. There is a minority of the population that understands that the Earth has been tinkered with at human and planetary expense with no consent. Some folks here comfortably confine themselves to weather control, and some folks have gone much deeper to understand that facade as well. To show the reality of that lag, some legislators are now, 30 years later, toying with signing their names under that perspective.
A slightly greater minority understands that Geoengineering actually comprises a vast array of agendas, for example, those of weapons, power, energy and control. We go a little further and some additional people understand that BioEngineering is equally on the table. Synthetic biology makes its introduction at this point. These issues get a bit serious as well, and the future of the human race already becomes uncertain because of it.
Then we get to an even larger minority that tends to think the Covid Era was the start and source of our real problems. That seems to be a much easier package problem to work with as it is more defined, visible and obvious to see. Forcing a needle into your arm without consent or with propaganda is just a much clearer image to be upset about. Please understand that all of what you see here, as well as most of what you see at the CI Library precedes, but well includes the impact from the Covid Era.
Unfortunately, not all of these sub-groups always mingle with one another very well, and some are out to stake and defend their turf. This complicates and retards the path of mutual progress where we can all nod, smile and grimace together.
Nevertheless, each of these are layers, and they are all on the stepping stones of our grand reality.
I tend to think it is best to accept all titles, and make the most rapid progress possible. I am personally not surprised by the creation of this paper in any fashion. It has been in the brew pot for many years. I could recommend that we visit a paper titled “The New Biology“, written in 2014. The tea leaves were splattered on the wall at that time; it really is just a matter of whether we were listening or not.
The time happens to be now to make this disclosure in a more forceful, documented, and obvious fashion. This is for a myriad of reasons and circumstances that happen to coalesce over the past several years to the present moment. That story is for the campfire though, at another time and place, if not dimension.
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The Flies:
Okay, let’s get to the brass tacks on this one. The microscope is the primary weapon of choice in this case since it is most direct, especially when coupled with the historical research. We can look and we can see what is happening quite easily.
The study includes random samples of flies, moths and ants. In a sense, the New Biology paper is now extended to things that can bite us, spread disease or cause contamination (blood is also to be included here).
Let’s take the fly situation first. The methods involve collection, organic extraction (alcohol), microscopic examination, and some relatively minor, but ultimately important, Near Infrared (NIR) and Ultraviolet (UV) spectroscopy.
Fly Sample
Early stage of ethanol organic extraction from fly sample
Final stage of organic ethanol extraction (filtered) from fly sample
This filtered extract is what is examined, in most cases, under the microscope.
Although highly complex, the CDB have very well established and documented geometry, size, shape and pattern defining their visual nature. Some of the these prominent characteristics include:
1. The coccus shape of the CDB, measuring approximately 0.3 to 0.5 microns in diameter
2. The tendency of the CDB, at a more evolved stage, to align themselves into linear or chain forms.
3. The formation of extremely distinctive and complex filaments, with sophisticated internal biological structure, including the existence of the CDB and inner filament structures.
These characteristics have been examined and documented in great detail in the CI research library over the years, and they provide ample comparison views to what follows. Culture work demonstrates that many more sophisticated variations of development can eventually take place under suitable conditions and time, including polymers. Once again, please note that this work precedes that of the “Covid Era” by decades. For those wishing to find a suitable comparable reference point, please note the following image from the New Biology paper of 2014:
Image from the New Biology CI research paper, 2014
Fly sample ethanol organic extraction (filtered) under the microscope.
Perfectly matching characteristic forms of the CDB geometry, size and morphology.
CDB coccus form (circles) and colinear CDB alignment (arrows)
(precursor to filament formation)readily identifiable.
Original magnification 3200x.
Fly sample ethanol organic extraction (filtered) under the microscope.
Perfectly matching characteristic forms of the CDB geometry, size and morphology.
CDB coccus form (circles) and colinear CDB alignment (arrows)
(precursor to filament formation)readily identifiable.
Original magnification 3200x.
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The Moths:
Moth sample ethanol organic extraction (filtered) under the microscope.
Perfectly matching characteristic forms of the CDB geometry, size and morphology.
CDB coccus form (circles) and colinear CDB alignment (arrows)
(precursor to filament formation)readily identifiable.
Original magnification 3200x.
Moth sample ethanol organic extraction (filtered) under the microscope.
Perfectly matching characteristic forms of the CDB geometry, size and morphology.
CDB coccus form (circles) and colinear CDB alignment (arrows)
(precursor to filament formation)readily identifiable.
Original magnification 3200x.
________________________
The Ants:
Ant sample; direct observation under the microscope.
Perfectly matching characteristic forms of the CDB developed
filament geometry, size and morphology.
CDB coccus form (circles) and colinear CDB alignment (arrows)
Original magnification 800x.
Ant sample; direct observation under the microscope.
Perfectly matching characteristic forms of the CDB geometry, size and morphology.
CDB coccus form (circle) and colinear CDB alignment (arrows)
(precursor to filament formation)readily identifiable.
Original magnification 800x.
________________________
There is another aspect of this particular research that deserves important mention. The ethanol extract, which as a result of filtration is strongly dominated by the presence of the CDB (synthetic biology), was examined with the use of Near Infrared (NIR) and Ultraviolet (UV) spectroscopy. The assessment of that work deserves considerable discussion at some point but this shall be reserved.
The succinct form of this initial and reasonably complex analysis indicates that the nature of this extract is that of a dehydrogenase protein that utilizes an NADH cofactor. Understanding that this is a mouthful, suffice it to say that this result indicates a protein that is crucial in the utilization of energy, specifically oxidation-reduction reactions. It is one of the most fundamental and widespread types of protein (enzyme) in all of biology. There are many implications to the presence of this protein, existing in all biology, and especially so to human health. These implications are completely consistent with all that has been recorded and studied within the CI research library.
Thank you for your time, and with best regards, from
Clifford E Carnicom
Aug 18 2025
born Clifford Bruce Stewart
Jan 19 1953
