| 13.1 |
Simple life
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In the previous chapter we saw that it is
no longer correct to make a definition between "life" and "non-life". Instead,
we may define different levels of life according to the
organizational complexity, replication ability, awareness and survival skills
of the structure in question. The first two levels of Hydro Carbon
Biologics , being polymers and mono-cellular. |
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| UCA standard model of hydrocarbon life (Level 6 of element model) |
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Level 1 Complex
a-symmetrical carbon molecular (polymers) |
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Carbohydrates, Amino
Acids, Enzymes, Lipids
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Level 2 Mono-cellular
life
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Bacteria
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We were able to see that cell
structures are common structures to all more developed and complex structures,
whether they be plants, birds, humans or fish. We were able to explain clearly
how under the right conditions, the molecules required for Hydro-Carbon based
life will come together naturally. That these processes are consistent for
anywhere in the Universe where the conditions are suitable for Weak
Chemical Fusion .
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Most importantly, we were able to show
that we live in a cellular universe, that mono cellular life is far more
diverse and intelligent than usually understood. Additionally, we were able to
describe seamlessly how Hydro-Carbon related molecules come
together and form the building blocks of cellular life.
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| 13.1.1
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About this Chapter |
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In this chapter, we will look at the next
two levels of Hydro-Carbon Biologics, being: |
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Level 3 Simple a-sexual
Multi-cellular Hydro-Carbon Biologics - mono neural systems
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| Fungi |
| 1- Fungi |
(Animal/Plant) 2000 million |
| Algae |
| 1- Algae |
(Animal/Plant) 2000 million |
| Primal Eukaryotes |
| 2-Jellies & Sponges |
(Animal) 800 million |
| 3-Worms & Echioderms |
(Animal) 600 million |
| Primal Prokaryotes |
| 4-Ferns & Horsetails |
(Plant) 450 million |
| 5-Psilophytes
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(Plant) 400 million |
| 6- Moss |
(Plant) 300 million |
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Level 4 Simple sexual Multi-cellular
Hydro-Carbon Biologics - dual neural systems
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| Hybrid Eukaryotes |
| 1-Coral
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(Animal/Plant) 550 million |
| Eukaryotes |
| 2-Mollusks |
(Animal) 500 Million |
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3-Crustaceans
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(Animal) 500 million |
| 4-Insects & pedes |
(Animal) 400 million |
| Prokaryotes |
| 5-Flowering trees
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(Plant) 350 million |
| 6-Flowering Plants
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(Plant) 400 million |
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Then in Chapter 14 (Complex Life),
we will discuss the fifth level of Hydro-Carbon Biologics: |
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Level 5 Complex multi-cellular life
700 million years ago |
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Triple neural systems- Eukaryotes |
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I- Egg-laying (monotremes) |
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II- Pouched (marsupials) |
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III- Placental's (mammals) |
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| 13.1.2 |
The neuron cell |
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We will spend some time describing the important
features of the Neuron cell and why neural networks- sophisticated bundles of
neurons and associated cells are excellent points of difference in the
evolution of Hydro-Carbon based Biologics. |
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| 13.1.3 |
The challenge to condense mountains of knowledge |
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As with almost every previous chapter the challenge
within this chapter is similar- to condense what amounts to mountains of
understanding about the diversity of higher order life into a few pages. |
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Given the mass of material, some decisions have been
made to deliberately limit the breadth and depth of information contained in
this chapter. Our goal in presenting understandings regarding higher order life
is to provide you with an understanding of the structure, relationships and
reasons why higher order life is the way it is. It is hoped by providing these
understandings you may choose at some later stage to investigate topics in more
detail, with sufficient understanding to decipher wisdom from beliefs. |
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The last chapter dealt with a range of complex names
and technical terms. To some, the level of detail may have been bewildering.
Now that we have established the basic understandings that underpin all life,
this chapter can now express a greater depth of understanding without the need
to introduce too much new terminology and technical terms. |
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Copyright © 2010 UCADIA. All rights reserved.
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