III.   Simple Life

Mono-Cellular Hydro-Carbon Biologics is the second (2nd) of six possible levels of Hydro-Carbon Life.

Types of Simple Mono Cellular Life may be defined by those cells representing the archetypes of more complex-cooperative life and those cells representing parasitic and therefore “destructive attractor” tendencies.

Mono Cellular Life may be divided into four major classes: Simple Mono-Cellular Creators, Simple Mono-Cellular Destructive Attractors, Advanced Mono-Cellular Creators and Advanced Mono-Cellular Destructive Attractors:

(i) Simple Mono-Cellular Creators represent the oldest form of cells and the archetype form for more complex life in the form of Bacteria and Cynobacteria. Within Eukaryote cells, Mitochondria, Chloroplasts and even the Nucleus all represent the oldest forms of mono-cellular life that has specialized to join together to form a small colony of cells within a larger cell; and

(ii) Simple Destructive-Attractor life represents the oldest form of parasitic cellular life and “sex-cell” in the form of the virus, with the simplest of cellular design to takeover existing cells; and

(iii) Advanced Mono-Cellular Creators such as Amoeba, Actinophrys, Diffulgia, Textularia, Paramecium, Coleps, Vorticella, Stentor all represent specialized monocellular life that formed the blueprint for the next level of life in the form of simple sexual species by developing different survival, cooperative and movement techniques; and

(iv) Advanced Mono-Cellular Destructive Attractor Life such as Euglenids, Trypanosoma, Trichomonas, Codosiga represents the blueprint for independent co-existing parasitic life within more complex multi-cellular life and the blue print for more advanced parasitic lifeforms.

By the rules of the Universe, wherever the conditions exist for the formation of Hydro-Carbon Polymers, they will occur. Wherever Hydro-Carbon Polymers exist, simple mono-cellular life will also form naturally.

It is a principle understanding that the natural formation of Mono-Cellular Hydro-Carbon Life forms in every single Star System to some degree metal based planets or moons exist with surface temperatures higher than -100 degrees Celsius and lower than 200 degrees Celsius at some time.