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| Click for Large |

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| Cosmic Embrion V838 Mon |
Why not a Gravitational
Lenz of Dark Matter, I observe the presence of both, in this unfolding Life Drama. Life Systems has a charged plasma shield on the
outside to protection from gamma blitz intrusion. Comparable to our own space ship called "Helios Sphere" The potential
diff in direction of the magnetic field is polarized. But, what if the problem comes from within, the nucleus of your system, A binary star system
that go out of control. If it comes from the heart of your bubble, you are going to fry. Following, - a new law - “Don’t ever,
ever lose control of your solar systems.”

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| To move matter against the forces of gravity |
Yes, the Intelligent Living beings are controlling the movements of the heavenly bodies, and
change the destiny of all. Remember, the Cosmic Constant lambda is the Double Helix Molecule (Particle if you wish) Replicating and changing the Universe into Cosmos. everything is relevant to
the Progression and Evolution of Intelligent Life. The Double Helix Life
Structures is a Cosmic Energy Form, with intelligence and reason, that know how to apply and concentrate this energy. Or as it has been known, as the directional “Dark Force”. Life change all the laws of nature, in its own favor. Life Laws do not align with Universal Laws. They are
called Cosmic Laws. One
of them say; “Anything can be moved”
| Click to see in LARGE |

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| Protein Creation in the Double Helix |
DNA with the Double Helix structure have always been there.(Spanpermia) The Double Helix as a design has been around for 5 Billion years of evolution to get to
the information code for an Intelligent Living Organism, with auto recognition and intelligence. That’s
where we are today, 25 December 2008. Helix law say, learn something, don’t repeat
the same mistake tomorrow. The Double Helix with complete information code is the nano particle they are looking for at
CERN, (the Higgs boson or god particle. This same Double Helix is the Cosmological Constant lambda of Albert Einstein.) The smallest Bacteria in barren rock began this food chain. Recombination of all the elements of the universe into Double Helix
structures. Atom by Atom. LIFE Re Create the Universe into Cosmos.
| DNA Double Helix & information code to replicate |

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| Model DNA Double Helix |
What makes the Double Helix
a God of Creation? The secret is, It can replicate
itself. Anything that can use the resources of the universe, to
make copies of itself, is alive. The Living God. The four letter words of the genetic code are the same in every creature – CGA mean arginine
and GCG means alanine in Virus, Bacteria, even in archaebacteria living in boiling temp in sulphurous springs. Wherever in
the world, whatever animal, plant, or insect you look at, if it is alive it will use the same Double Helix and have the information
code to replicate. All Life is One, throughout our milky way it is the Double Helix that reign. (Panspermia). “It is a truly wonderful fact –that all animals and all plants throughout all
time and space should be related to each other” tribute to Charles Darwin, The Origin of Species, 1859

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| A large gravitational lenz of dark matter |
Life began with the process of star formation. We are made of stardust. Every atom
of every element in our body except for hydrogen has been manufactured inside stars, scattered across the Universe in great
stellar explosions, and recycled to become part of us. We are all natural Double Helix offspring in the Universe we live in.
As can be seen in the image, the DNA codes for
protein formation. In our cells, proteins are the labourforce. It is proteins that get everything done. Proteins make new
cells and destroy old or diseased ones. Proteins break down our food to release energy. Proteins organize the transport of
useful chemicals between cells.
| Click to see in LARGE - Extreme Microbes |

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| Cell Structures Microbes live in extreme environments of cold, hot, dry, acid. |
Often, these useful chemicals are themselves proteins. As
well as doing things, proteins are the building blocks for most of our body. The ingredients of a protein are amino acids.
Proteins are large, complex molecules made up of chains of small
chemical compounds called amino acids. Chemical properties that distinguish the 20 different amino acids cause the protein chains
to fold up into specific three-dimensional structures that define their particular functions in the
cell.
| Click to see in LARGE |

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| Cell Structures sulfur flat Microbes live off of the radioactive by products deep within rock |
Evolution starts
in the food chain. If you want to describe a now concept you have to come up with a new name for it. If it is not a Word everybody understands it is without
meaning and might as well be Greek. I would like to compare the Double Helix, and its encoded genes, With the words in the
English language as ‘n code for DNA.
The nucleotides is the four Characters, = two in our digital system, and 26 in
the English language. Codons is the letters
making Genes
= Words make
sentences,
or operands for the instructions of Ideas
enclosed in the Regulon
=.Paragraph. All of the Paragraphs together are the Chapter which
describes a Chromosome, for a total of 46 chapters to this book for the code for intelegent Human beings.. The DNA in each human
cell is packaged into 46 chromosomes arranged into 23 pairs.
Each chromosome is a physically separate
molecule of DNA that ranges in length from
about 50 million to 250 million base pairs. The
Codes or instructions =
Abstract Meaning of each word carrying the instruction. This Abstract Meaning is established
by the evolution of a language, and thoughts, of many people over a long time.
| Complete folded DNA strand |

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| Ready for Replication |
From the the dawn of mankind. If
you do not get the meaning, it is an empty word without instruction. The abstract meaning of words is Logica, a product of the evolution of the thoughts
in the minds of many people over time. (The Intelegent Programer,
is the Mind.)
The word God belongs to the time when they caved gods out of rock. To worship the image from someone’s imagination, God the all mighty. Today this abstract meaning has been corrupted to
mean.???????????:

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| Viral coat with 5 million atom protection |
Today the God of Man is an empty word, with a Global mind that say:- "I may go to war in
the name of God."
There is so many Gods they war on each other. "The most pitiful among men
is he, who turns his dreams into silver and gold".
| Click to see image in Large |

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| He belongs to Life the only God |
For
most people, money is their God. And they write on each one of them “In this God we trust.”

This meaning
should change in the Global Mind, as if it were a Gene.
Now it should be changed to the word “LIFE” in all Religions, Languages
and Scriptures. Would it be easier if we replace the abstract meaning of God? With the abstract meaning of the word
"LIFE" with all its attributes we know today.
In the beginning was the Word, and the Word was
from Life. Life is God, as God is Life The only One There is no other God but LIFE.
| DNA Double Helix Stained in Blue |

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The light of knowledge, enlighten the dark matter. See the Magic world of the living. All Life with the Double Helix structure is the sacred Creator of all.

The constellation of all proteins in a cell is called
its proteome. Unlike the relatively unchanging genome,
the dynamic proteome changes from minute
to minute in response to tens of thousands of intra -and extracellular environmental signals. A protein's
chemistry and behavior are determined by the gene sequence and by the number and identities of other proteins made in the
same cell at the same time and with which it associates and reacts. Studies to explore protein
structure and activities, known as proteomics, will be the focus of much research for decades to come
and will elucidate the nutrient-sensing systems, molecular basis of health and disease.

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| Cell Structures leaf section |
The genome is an organism's complete set of DNA.
Genomes vary widely in size: The smallest known genome for a free-living organism (a bacterium) contains about 600,000 DNA base pairs, while human and mouse genomes have some 3 billion Except for mature red blood cells, all human cells contain a complete genome ready to be Cloned.

The DNA in each human cell is packaged into
46 chromosomes arranged
into 23 pairs. Each chromosome is a physically separate molecule of DNA that ranges in length from about 50 million to 250 million base pairs. A few types of major chromosomal abnormalities, including
missing or extra copies or gross breaks and rejoining (translocations), can be detected by microscopic examination. Most changes in DNA, however, are more subtle and require a closer analysis of the DNA
molecule to find perhaps single-base differences. Each chromosome contains many genes,
the basic physical and functional units of heredity. Genes are specific sequences of bases that encode instructions
on how to make proteins. Genes comprise only about 2% of the human genome; the remainder consists of non coding regions,
whose functions may include providing chromosomal structural integrity and regulating
where, when, and in what quantity proteins are made. The human genome is estimated to contain
some 25,000 genes.

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| Interior structure of a cell |
Basics
on DNA Research.Over the next decade, as molecular biologists
tackle the task of sequencing the human genome on a massive scale, any number of innovations can be expected in mapping and
sequencing technologies. But several of the central tools of molecular genetics are likely to stay with us -- much improved
perhaps, but not fundamentally different. One
such tool is the class of DNA-cutting proteins known as restriction enzymes. These enzymes, the first of
which were discovered in the late 1960s, cleave double-stranded DNA molecules at specific recognition
sites, usually four or six nucleotides long. For example, a restriction enzyme called EcoRI recognizes the
single-strand sequence GAATTC and invariably cuts the double helix as shown in the illustration futher down on the left. When digested
with a particular restriction enzyme, then, identical segments of human DNA yield identical sets of restriction fragments.
On the other hand, DNA from the same genomic region of two different people, with their subtly different genomic sequences,
can yield dissimilar sets of fragments, which then produce different patterns when sorted according to size.

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| unhealthy cell undergoing apoptosis about to be cleaned up by a macrophage |
This leads directly to discussion of a second
essential tool of modern molecular genetics, gel electrophoresis, for it is by electrophoresis that
DNA fragments of different sizes are most often separated. In classical gel electrophoresis, electrically charged macromolecules are caused to migrate through
a polymeric gel under the influence of an imposed static electric field. In time the molecules sort themselves by size, since
the smaller ones move more rapidly through the gel than do larger ones.

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| Malaria in the blood stream |
In
1984 a further advance was made with the invention of pulsed-field gel electrophoresis, in which the strength and direction
of the applied field is varied rapidly, thus allowing DNA strands of more than 50,000 base pairs to be separated. A third necessary tool is some means of DNA "amplification." The classic
example is the cloning vector, which may be circular DNA molecules derived from bacteria or from bacteriophages
(virus like parasites of bacteria), or artificial chromosomes constructed from yeast or bacterial genomic DNA. The characteristic all these vectors share is that
fragments of "foreign" DNA can be inserted into them, whereby the inserted DNA is replicated along with the rest
of the vector as the host reproduces itself.

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| Nanoparticles target cancer cells |
A yeast artificial
chromosome, or YAC, for instance, is constructed by assembling the essential functional parts of a natural yeast
chromosome -- DNA sequences that initiate replication, sequences that mark the ends of the chromosomes, and sequences required
for chromosome separation during cell division -- then splicing in a fragment of human DNA. This engineered chromosome is
then reinserted into a yeast cell, which reproduces the YAC during cell division, as if it were part of the yeast's normal
complement of chromosomes. The result is a colony of yeast cells, each containing a copy, or clone, of the same fragment of
human DNA. One of the important achievements of the Human Genome Project has been to establish several libraries of such cloned
fragments, using several different vectors (bacterial artificial chromosomes, P1 phages, and P1-derived cloning systems),
that cover the entire human genome.

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| The function of the Mitochondria and free radicals |

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| Dna Research Gel electrophoresis |
Another
way of amplifying DNA is the polymerase chain reaction, or PCR. This enzymatic replication technique requires
that initiators, or PCR primers, be attached as short complementary strands at the ends of the separated DNA fragments to
be replicated. An enzyme then completes the synthesis of the complementary strands, thus doubling the amount of DNA originally
present. Again and again, the strands can be separated and the polymerase reaction repeated -- so effectively, in fact, that
DNA can be amplified (replicate) by 100,000-fold in less than three hours.
| Replication of stem cells |

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| Culture of Stem cells |
When a clone library can be ordered -- that is,
when the relative positions on the human chromosomes can be established for all the fragments -- one then has the perfect
resource for achieving the project's central goal, sequencing the human genome. How the sequencing is actually done can
be illustrated by the most popular method in current use, the Sanger procedure, which is depicted schematically above. The
first step is to prime each identical DNA strand in a preparation of cloned fragments. The preparation is then divided into
four portions, each of which contains a different reaction-terminating nucleotide, together with the usual reagents for replication.
In one batch, the replication reaction always produces complementary strands that end with A; in another, with G; and so on.
Gel electrophoresis is used to sift the resulting products according to size, allowing one to infer the exact nucleotide sequence
for the original DNA strand.
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| Adivino |

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| Algo para la Imaginacion |
Like to share Ideas or deeds. Please let me know.
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This is the beginning of a new Life.

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| Intelligence and Team work or is it Instinct ??? |
| Cosmic law |

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| The Survival of the Best is key to evolution. |

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| Cell Structures corn stem cell section |
| DNA Stained Blue |

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| Nueronas en Comunicacion |

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| Cell Structures plantcells hippures vulgaris |
Agarose
gels are appropriate for separating DNA, RNA and large proteins. To visualize
the results after electrophoresis, the gel is soaked in a solution that causes DNA to fluoresce when exposed to ultraviolet light.

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| Growth Factor Receptors |

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| Nueron Activity |

| Double Helix protein production |

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| Double Helix Life |
| neural stem cells |

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| Splitting (digestion) of the double helix |

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| Regenerate daughter strands |
| Unwinding and splitting of DNA Strand |

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| Recombination |
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