Organized Biological Genocide

Nearly a century after the great influenza outbreak of 1918, the United States Military has industrialized the use of large breed phage viruses or Pycnogonida, allowing engineers and scientists to witness the reproductive or spawning habits of the species from a new perspective. Tritium is harvested from Pycnogonida which are 20 meters in diameter on many nuclear aircraft carriers, which have produced opportunities for engineers and scientists to witness the birth of new “encapsulated large breed viruses from both Pycnogonida with polysaccharide exoskeletons, and Physalia physalis who’s outer protective layer has been dissolved. Future theory must accept that transformation of viruses without capsules into viruses with capsules is not possible. Physalia physalis instead give birth to new encapsulated Pycnogonida in the form of Nematocysts.

As some humans live with the belief that we can exploit the Pycnogonida for Tritium to supply electricity to our populations, in reality, our commercial and military-industrial breeding of the species is the single most activity responsible for the spread and invasion of our species by the alien Pycnogonida throughout our planet. Companies like Pirbright, Enron, Weyerhaeuser, etc. Breed Pycnogonida to the largest size possible to harvest the most Tritium possible. Tritium is a radioactive unstable liquid containing H3 which is used to create electrical currents via beta decay of electrical currents. After discovering the Pycnogonida violently exploded when exposed to electrical shock, tritium was then spun within tubes of centrifuges to extract solids nicknamed “tube alloy” which is used to create atomic weapons and power electrical grids.

Breeding Giant Pycnogonida has giant consequences. When a Pycnogonida being harvested for tritium grows too large for containment, it is often let loose into the ocean and replaced by one of its younger smaller offspring. When these Pycnogonida are released from river or oceanside nuclear plants, nuclear warships, or submarines, they grow by feeding on oceanic life, reproduce in our oceans, and eventually come back to a land where we live.

Pycnogonida grow to sizes with limits unknown to science. As a limit to how small a phage virus can be spawned is not known, a limit to how large a Pycnogonida can grow has never been discovered.

In China, a Pycnogonida which towered over the city appeared out of the Ocean. The event which was captured on the video featured the giant dark red Pycnogonida and the fog which emitted from the heat of its body evaporating the seawater from its exoskeleton. As the large Pycnogonida released its polyps over Wuhan China, the resulting virus swarm targeted “Wet markets” as an easy source of calories. This event is likely the source of the Wuhan Coronavirus of 2019 which was a forerunner to the international COVID-19 epidemic.

If a 13km diameter Pycnogonida the size of the Wuhan invader crawls out of the ocean and reaches a densely populated city. It can release up to 40 offspring of a descendant generation with diameters up to 1km. Following exponential reproduction, each of these 1 km, 2nd generation offspring may produce 40 offspring each. Each generation produces exponentially increasing numbers following the equation: 40^1 + 40^2 + 40^3 … with each exponent being the next generation.

Following this logic, a 13km Pycnogonida releases hundreds of millions of extremely aggressive, hive-minded Pycnogonida which are small enough to crawl down your throat. These small generations of Pycnogonida release Billions and Trillions of Phage viruses which cover cities and start regional, national, and international outbreaks. These are currently occurring facts behind accidental outbreaks associated with industrial Pycnogonida forming.

With more outbreaks come more demyelinated hosts. With more demyelinated parasite hosts comes more ZMBEs. Each Zooid Mobilized Biological Entity is a possible source of biological attacks. In many situations, owners, staff, and employees of industrial Pycnogonida become biologically infected by samples, cultures, specimens, and persons, infected with phages and plasmodium parasites.

Phages in HeLa contaminate hospitals and previously healthy environments. Samples of Henrietta Lacks’ cervical Tumer taken during a 1951 biopsy at John Hopkins have been used as the primary source of Human cultures used in medical research for over 70 years. These cells, termed HeLa are coveted for their ability to grow indefinitely in culture mediums are widely used for mass distribution to doctors, scientists, pharmaceutical companies, and universities. HeLa cells have been used to cure polio, and test the human response to lethal diseases, new medicines, treatments, radiation, and conditions such as zero gravity in space flight and high gravity environments.

Henrietta Lacks died in 1951 with Human Papilloma Virus or HPV-18, either from the disease or from early forms of chemotherapy involving radium (tube alloy) being sewn into her vagina or the use of high-level X-Ray which cooked the flesh of her abdomen until her lower body was charred black. Samples of HeLa cells have been reproduced for three-quarters of a century, all of which contain the HPV-18 virus. This phage virus is a known contaminator of laboratories all over the world via infection by the HPV-18 phage virus variant, a fact first discovered by cell culturist Lewis Coriell.  

In all contamination cases by HeLa specimens, one fact is clear: Cancer spreads to nearby cultures in laboratories without any clear physical contact. Identification of the HPV phage virus as a Genus of Pycnogonida helps explain how cancer spreads from the ZMBE HeLa culture to any biological specimen nearby. As HeLa is warned from a supercooled state used for storage and transport, phage viruses grow within the human culture. HeLa is quickly consumed by the virus, and microscopic phage viruses quickly grow into small Pycnogonida which can crawl, leap, and run out of ZMBE HeLa specimens and into nearby cultures which are new sources of calories. Millions of dollars in worldwide damage associated with HeLa contamination could be limited or reduced by breeding and shipping HeLa which contains colloidal silver, zinc, creatine, niacin, and other high Ph alkaline decontamination agents.

Stopping Virus Spread by Ending its Production

Until Pycnogonida and Physalia Physalis are widely recognized and accepted by modern science as the parents to phage viruses and Plasmodium parasites, humans and every other species on earth will continue to fall host to parasitic infection by these aquatic species. 

Current theory accepts that viruses often spread to other species from wild aquatic birds. Birds are a highly mobile spreading mechanism for these species as they eat infected sea life or virus proteins (Pycnogonida) themselves before dropping feces in populated areas. Aquatic avian spread of infectious disease will likely remain the method of infection which scientists, engineers, and medical professionals are least able to stop as aquatic birds will likely always exist and the ocean is the natural home to the Pycnogonida and its alternative form; the Physalia Physalis. 

Methods and technologies for fighting off body cavity and epidermal breaching by viruses are steadily changing, evolving, and getting better. Physical barriers used to protect ourselves from growing populations of Pycnogonida will not last forever. Scientists, doctors, engineers, and healthcare workers are taking a step forward with various materials used to protect human body cavities and skin from becoming vesicles for virus populations to live and breed. For every step forward made by humans in creating physical barriers against parasitic virus infections, our species takes three steps backward via the use of Pycnogonida for commercial, industrial, and biological warfare applications.

If we cannot stop the most ancient and robust form of viral spread, we can do our best to protect ourselves from Pycnogonida, Physalia Physalis, Phages, and Plasmodium Parasites which are currently over breeding in the ocean and spreading throughout our population. In 2020, protecting our body cavities with masks that cover the mouth and nose has become legally mandated widely throughout our planet in the fight against the COVID-19 epidemic. 

Protecting our genitalia and anal cavities from infection by use of condoms, STD tests, and certain selective breeding methods have been used for millennia as shown by ancient akin condoms and became more popular in recent times during the rise of HIV and AIDS. 

Quarantine during ancient leprosy outbreaks has only become more advanced during modern outbreaks of lethal virus infectious diseases like Malaria, COVID, and Ebola.

Humans must protect our eyes, ears, mouth, and nose from becoming vesicles for virus infection by using them to see, listen, and discuss scientific research on the dangers of the Pycnogonida species, their variants, and their stripped-down, partially reduced form as Physalia Physalis. Pycnogonida and Physalia Physalis have no place in any laboratory, reactor, factory, marine vessel, or field. When found in the wild the viruses should be killed immediately. Instead of breeding the proteins in laboratories to figure out new methods of killing them, they should be hunted in the wild and killed by drones that employ experimental strategies. The new rule of combating viruses is “less is more”. The survival of all life which exists, including our species, depends on a strictly mandated and legally enforceable adherence to this rule. We may have to kill those who cannot.