.
S
i t e S e a r c h
A_B_C_D_E_F_G_H_I_J_K_L_M_N_O_P_Q_R_S_T_U_V_W_XYZ
List
of Topics__Ask
Suby__Free
Stuff__Questions
Lists
Terms
of Use__________________Privacy
Policy
C
r e a t i o n I n d e x
C r e a t i o n
p a g e
4 1
DNA polymerase.synthesizes
differently than RNA,
employing yet another complicated technique involving double stranding.
After this unbinding, the sequence is 'read' and kneaded.sequentially
into a ladder shape, like a circular staircase complete with siderails.
Many different enzymes are employed to ensure the finished product is properly
functional.
Like constructing a building.
First the plans are drawn. Then the whole enzyme team, about 10,000, gets
together to carry out the instructions for the finished product with their
individual areas of expertise. Complexity par
excellence! Especially so when
one considers the non physical component.
A bacterial cell contains
thousands of genes. Again, how does a cell know when to transcribe a gene
and how does it select a specific gene from the thousands available? Gene
regulation is an incredibly complex process, which works and had to work
properly the first time. The integration of these individually intricate
processes is critical to a system's function. With the technological intelligence
and knowledge available today, we are just beginning to 'scratch the surface'
of the mind of the Great One. For example, there are 200 times as many
bacteria in the colon
of a human as there are people who have ever lived.
Darwin
lacked an accounting for genes
which would provide
quantitative.information
regarding
heritage.
Darwin made a large error in searching for answers apart from the
Christian roots to which he adhered
earlier in life.
Systems of horrendous.irreducible
complexity inhabit the cell, slaughtering the simplicity of thinking
which gave rise to the phantom
realization that life is the result of simple natural laws.
Consider the cell's membrane,
which divides the outside world from the interior of the cell. This way
a cell can maintain different conditions inside than
prevails
outside. Cells can concentrate nutrients in their interior so that they
are available for energy production and can prevent newly made structural
materials from being washed away. In the absence of a membrane, the large.array
of metabolic reactions necessary to sustain life would be washed away.
To understand the incredible parts and functions of a cell, read.The
Chemistry of Life, in the Appendix of the book Darwin's
Black Box. Here you will discover the remarkable story of how
cell membranes are made.
An animal cell has 10 parts
that are visible. Then there are the invisible patterns of functioning
that support the visible. They centrally manufacturer and subsequently
ship various
proteins to
other compartments within it. This is a fascinating intricate process,
as each component within a cell is closed off. The cell must deal with
shipping and delivery much the same as we must when sending a package off
for delivery. Many factors are involved. Cells capture the energy of foodstuffs
and store it in a chemically stable, yet readily available form.
A cell's
metabolic
pathway is fully regulated at its inception. If the first cell lacked this
function, none others would have followed. Borrow a library book on biochemistry
and see how many problems for gradualism
you can spot; yeah, right, like you don't have enough to do eh! And reading
this so far has just about done you in! Ha ha!
In biochemistry, things
are more complicated than they seem. Michael Behe, Professor of Biochemistry
at Lehigh University in Pennsylvania addresses the question of this complication
in his book,.Darwin's
Black Box, 1998, Simon and Schuster, Touchstone Books.
No biologist has ever produced
a paper to account for the bacterial
flagellum.(bacteria
that swim *).occurring
by gradual evolution. These move by rotating their flagella.(acts
as a rotary propellor).paddle,
rotor and motor, together being an irreducibly
complex machine. Another example of the importance
of quality cells.
Plants:.2000
new species
of plants are discovered every day, now totaling about 422,000,
according to the Royal Botanic Gardens at Kew in London, with yet about
50,000 other species expected to be discovered.."Feel
the gratitude of a plant and an animal towards you and feel the gratitude
of another person and feel their love. And you will see that you love them.
You are a manifestation of the love of the Creator, since He is the love
in relation to you.(love
is the relationship with the Creator).
You are in the movement of the Creator. You are a personification of His
eternity. Go along with the concerns of the Creator. The Creator created
you eternal when creating the eternal
world."....Grigori
Grabovoi. If you are loving, then you have to be of the Creator, because
there is no other way love comes into a person if not from Creator-God:.1John
4:6-8,16. Love is not simply one's reaction to another. Love is able
to precipitate
because it is known in the multiverse.
From pine cones
to pineapples,
plants 'know'
about complex mathematics and are very intelligent, even without a brain.
See the amazing What Plants Talk About, Nature program on
PBS, a video with James C. Cahill, University of Alberta in Edmonton, Experimental
Plant Ecologist. Type the video name into an Internet search engine.
Plants have nervous systems.  The
U.S.A. Agricultural Research Service has found and cloned
twelve genes
responsible for nerve like signals in plants. When a plant is perturbed
by collision or biting, specific genes cause amino
acid changes in receptor cells. Plants
are complex. They also have remarkable
cell walls.
"It is a plant's ability
to create sugar and oxygen from carbon dioxide and water.(photosynthesis).that
makes plants the dynamic
driving of all life on Earth."....New
Scientist.(newscientist.com),
November 13, 1999. Without the very complex process of photosynthesis,
the Sun would burn up the plant.
The Earth is certainly a
space oasis; there's no place like it found so far. And, so necessary for
plants to put down their roots.
There are many kind of edible
mushrooms with remarkable healing propertied for humanity
Mycelium
may be the king of all plants. It's an amazing fungus.
How amazing?
Right breast 5 times size of left one, cancer spreading throughout her
body, Paul's 83 year old mother was given 2-3 months to live. She at first,
was medically centric,
thus
staying away from her son's advice, but finally tried the mushrooms
Paul uses and told her about. Goodbye cancer! And 5+ years later she's
still thriving and sharper mentally than in her younger days. Wow! What
mushrooms were these? See the video by typing in the title Paul Stamets
mushrooms, into a find.(search).engine.
The types of mushrooms Paul has are completely from nature, nothing in
them is synthetic, just good for you, having all the powerful properties
God put in them. These types of mushrooms never hurt the physical body,
but greatly help and heal.
Paul's interview with Joe
Rogan https://www.youtube.com/watch?v=f8ELCqEq0tg&t=1s
where at 1:22:58 talks about
psychoactive
mechanisms, such as would include things as a body's motor mechanisms being
helped as in Alzheimers, Parkinsons and the like.
Mycelium hold all plant life
together being only one cell wall thick. See the picture in the video of
what a one cell thick organism looks on the Earth's surface when joined
to others just as thick. Mushrooms are strengthened with the structure
comprised of mycelium. Mycelium are responsible for humus.."Dark
matter conforms to the same paradigm as the mycelium."....Mycologist
Paul Stamets in a TED talk.(in
ted.com type 'paul stamets 6 ways mushrooms can save the world').
Paul has filed 22 patents for mushroom related technologies, including
pesticidal fungi that trick insects into eating them and mushrooms that
can break down the neurotoxins used in nerve gas.
"When a new leaf sprouts
on an agave plant, it doesn't grow directly above the preceding leaf. Instead,
it sprouts from a point above the old leaf and part way around the stem.
If you drew a line connecting the bases of all the leaves, you would draw
a helix up the plant's stem. Since the length of stem
between the leaves is very short, the spiraling leaves form a tightly packed
cluster known as a rosette.(like
a rose shape)."
.
|