I read an experimental study on hydra-vulgaris to try and figure out why they would be in the solution or present on the slide of a sample of the vaccine. Was this accidental? NO We can understand this by seeing the vials the samples came from. Multiple different vials and different lot numbers of the vaccine itself. (Lot #'s ) show that the "cake batter" is a separate batter from other mixing bowls of cake batter. Also, different manufacturers made the cake batters. One needs to understand that the Recipe followed for the cake is basically the same, although each Baker will alter the recipe somewhat according to the patent on it. So not one pharmaceutical is exclusive to having these things show up. Since these hydras are living organisms, they cannot be a result of a mixing of ingredients. They are alive and whole entities in solution. So were they added on purpose? Yes Were they added because of impurities in the solution itself? No If the above is correct, then the question becomes why? What is so significant about this hydra that it would be placed into a solution opposed to other Lot# solutions that have NO hydras in them? My conclusion is they are using this specific type of solution that houses the hydra for purposes of further studying and gaining information for the continued and streamlined use of various Carbon-Graphene- Nano particles and shapes, such a onions, tubules, fillerines, dots etc. Cell death (or Apoptosis) and the timing of it are one of the major considerations. these hydra allow for tracking of information as the Hydra respond according to the environment they are in. They learned about this in deep study of cancers and therapeutic medications effects on the cancerous cells. Basically, Science-Technologists have a new toy. this Toy is Graphene in various forms. From black powder graphene to balls(spiro) to rods to "sheets" to tubules to dots. Each one has an effect on its environment and is also effected by the environment it is in. Graphene Oxide is toxic to animals. Hydras do not seem to be affected to graphene to its detriment. It actually behaves quite differently than other animals. It responds in quite different ways according to the stage of development the Hydra is in. Rather than dying, the hydra will bracket off one leg and grow a new one to replace the dead one. The Hydra can stow the graphite away within its membranes. The hydra can diffuse it and break it down into powders and shows up as black dots inside itself. This is what we have seen in the videos. These videos show what is happening to Hydra-vulgaris when it comes into contact with Graphene-Oxide's various concentrations and forms. The graphene oxide triggers the Hydra into its built in defensive attitudes. The long tentacles of short hairs, may grow into long thin strands. The buds can blossom and open or they can form a border and float off into the fluid surrounding it. The Head of the Hydra can enlarge. It can cause Hydra to replicate itself into another. (Hydra's are aquatic). They produce eggs without fertilization. Hydras themselves as a whole are useful for many features, but the most noteworthy I have found is that they play a very large role in electrical circuitry. this particular arm of science is in the hands of evil intent without any Godly morals or conditions. IMO it is a purposeful insult to the human body to gain function of cells at a continuous level and to use the properties of both the hydra and the graphene to gain a wanted or desired result while being able to precisely monitor conditions. Even more they have gained the ability to allow life or death to a cell. https://www.ncbi.nlm.nih.gov/books/NBK26873/ https://www.mdpi.com/2079-4991/5/3/1331/htm

Impact of Carbon Nano-Onions on Hydra vulgaris as a Model Organism for NanoecotoxicologyThe toxicological effects of pristine and chemically modified carbon nano-onions (CNOs) on the development of the freshwater polyp Hydra vulgaris were investigated in order to elucidate the ecotoxicological effects of CNOs. Chemical modifications of the CNOs were accomplished by surface functionalization with benzoic acid, pyridine and pyridinium moieties. thermogravimetric analysis (TGA), Fourier transform infrared spectroscopy (FT-IR) and Raman spectroscopy confirmed the covalent surface funct