Without knowing all the specifics, the key is to recognize
that these components exist in all living things and that they are highly
precise and specific structures, not
simply a hodgepodge of random chemicals.
DNA
DNA is formally referred to as the Genetic Code. The stem of ‘genetic’ gene means to create; like Genesis. The shape of DNA is a double
helix spiral and this shape optimizes the amount of data which can be
stored. DNA houses more information
per unit than the most advanced digital storage devices created by human beingsss. The information is contained in a sequence
comprised of 4 chemical symbols or bases:
A, C, G and T which are read in blocks of three (triplets) creating a 64
character alphabet. The number 64 is
derived from the fact that with 4 bases read in combinations of 3 there are 64
possible sequences: e.g. CGT, TGC, etc.
DNA is Language
Unlike regularly occurring molecules, DNA is a non-repeating,
non-geometric sequence: a language.
This is a literal statement;
it is not
a metaphor used to describe something that is like language. Consequently, DNA is called the genetic code.
Code is defined as:
A system of
words, letters, figures, or other symbols
used to represent others,
a particular sequence or pattern in order to convey a meaning.
a particular sequence or pattern in order to convey a meaning.
Ribosome
The ribosome is a large and complex molecular machine within
the cell. Its job is to create
(synthesize) proteins according to the instructions laid out by messenger RNAs,
who in turn receive their instructions from the original DNA. In other words, the Ribosome is a translator for the information
stored in DNA.
The assembly process of a Ribosome involves the coordinated
function of over 200 proteins, so it
cannot legitimately form by any known natural process3. It is a highly specific machine, one we
cannot make from scratch. There is no
hypothesis or computer model explaining its origin, other than of course,
“nature had a long time.” Yet the simple fact remains that only ribosomes can
produce proteins of the nature that comprise ribosomes.
The
ribosome, both looking at the past and at the future, is a very significant
structure -- it's the most complicated thing that is present in all organisms.4
The cell
The simplest single celled organism consists of the
following parts. (Below) None of these components are the
consequence of any known natural process. In fact, we know nature does not produce
these things, because a plan –DNA- is first needed. When something requires a plan, it is because
it won’t happen when nature is left to its own devices. It is like the difference between a canyon
forged through years of the regular (repeating) ocean currents and a skyscraper
which is very technical and precise.
Yet DNA also requires a cell to replicate; thus we
have a paradox, because cells are made from the plan of DNA.
Regarding the following list of components, the logical
problem is that none of these processes are found in nature, nor would they
make sense if they occurred in isolation.
So, not only are each of these processes ‘highly unlikely,’ they
wouldn’t make sense if they occurred other than all together. And for these all to occur together would
require not merely a series of miracles, but parallel miracles – many impossible things happening at once.
RNA MODIFICATION, RIBOSOME ASSEMBLY, TERNIMAL ORGANELLE
ASSEMBLY, DNA Replication, Replication Initiation, Macro-Molecular Complexation,
Pretin Modification, Protein Folding, DNA Supercoiling, Metabolism, RNA Decay, RNA
Modifications, External Environment Interface, Membrane
Intelligence
With the net-work of over 1200 hundred researchers, a group
recently managed to successfully model a single cell. It took the computing power of 128
computers just to simulate its activities.
Below is a representation of the coordinate events taking place within
the most “basic” living organism. The
human body has over 50 trillion times the amount of cells. Cells that not only
have interior functions, but must communicate with one another –
constantly. Thus, there
is not enough computational power in the known universe to simulate a human
body.
So, we’ve identified the key features and structures that
define life as we know it. Information,
Translation and Protein Synthesis, and Boundaries (cell membrane).
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