i t e S e a r c h
tissue in vertebrates consisting of closely packed cells in a sheet).contains
some 50 million specialized cells. Within these cells are molecules
called receptors. These bind to the odor molecules generating electrical
nerve signals which are sent to the olfactory bulb from where they are
routed to the brain, where analysis towards smell recognition takes place.
This involves memory.
r e a t i o n I n d e x
C r e a t i o n
p a g e 3 3
What a sniffer!
bears can smell a seal twenty miles away!
Dogs have fifty times as
many cells devoted to the sense of smell than we do. Dogs have a prostate
gland, as humans do, but not other animals! Why do dogs bark, cats meow,
birds tweet and buffalos grunt? Why are their vocal cords all different
if not designed by Creator-God to be that way? Evolution can provide no
satisfactory answer for these out of its repertoire
of idiotic reasonings,
nor any answers for so many other conundrums
regarding the development of living organisms. It should not even be called
a theory because
it's nothing but a fairy
tale for the gullible.
Humans are capable of detecting
scents down to a remarkable concentration of one part in 30 billion and
humans can detect some 10,000 different odors with only 1000 different
types of receptor cells. These 1000 receptor cells are coded
for by the 1000 genes
concerned with detection of odor molecules, yet we can detect some 10,000
different scents because a range of receptors responds to each cell molecule.
is: How does a scent bring about a particular associated thought? A walk
in a summer flower garden and you notice a scent like a girlfriend wore
when you were a teener.
In rats, a single receptor
can bind to 74 different odor molecules. Also, many receptors respond to
the same odor molecule. Like language letters used over and over again
to define words, each receptor is used over and over again to define an
odor. Each smell molecule has its own unique chemical structure. It's an
complex system. How did it come to be determined of the 1000 receptors,
which should cooperate with what other specific receptor molecules in order
to recognize unique scents? Why do they remain in the affinity
they form? Imagining all these factors assembled themselves over time by
evolutionary processes, is the height of idiocy.
Octanol differs from octanol
acid by one oxygen atom
atoms. Octanol smells of oranges, the other of sweat. Limonenc exists in
two forms, the difference being the arrangement of atoms. One form smells
of oranges, the other of lemons; carvone of spearmint, the other of peppermint.
Indole smells of flowers at low concentration, of high concentrations it
and foul smelling). Hidden in the depths
of this irreducibly complex design is exactly how chemical structure relates
to the smell you get from a molecule.
The psychology also enters
into our perceptions of smells. Associative memories of scents may mean
very different things to many people.
The ability to smell and
respond to phermones
without memory being resident for recognition of scents, would have put
a gradually developing organism.(Darwin's
high risk from poisonous food. The human race and the animals would have
been doomed from inception
if Darwinism was true.
Evolutionary scientists aren't sure how it came about. Where did the ability
to reproduce come from? Why was the intelligence there to reproduce? Why,
in fact, is there even life in the first place? It had to be inherent
with the first living organism. And if so that it was surviving androgynously,
what need then for it to leave its asexuality,
becoming both male and female? And if it did somehow find this need, why
and how did it determine that one other sex was enough. Why not 10 or 50?
If the first living organism
was one cell; wherewith
the intelligence to enable its unfolding into a mature highly complex.organism
such as a plant, animal, or man? How is it that molecules
even have an ability to self-replicate? And if they can duplicate,
which they most certainly can, how come all matter, most of it highly complex,
is not the same? And what exactly do the genes
do? They appear to have more to do with a plant's genus.(kind).and
of plant growth, giving forth the particular.patterns,
are governed by the laws of physics.
How a cell brings the two
balance is not understood.
They seem to have some sort of built
genomes amazingly keep apart until the third cell
Heat, Max Planck Institute
of Molecular Genetics, Berlin, Germany.
Some people estimate that
we have 125 billion miles of DNA in us. Functions are understood for only
about 3% of all DNA
by most scientists, but others understand
it all. DNA avails itself of a vast storage capacity of incredible
smallness, a capacity far greater than present available storage in the
largest computers. This capacity enables DNA and RNA.to
hold the complex blueprints of living organisms.
A single fertilized egg
contains chemical instructions that would fill 500,000 pages, which would
take 3,500 Megabytes.(or,
computer space, or the equivalent of 78 CDs. And that's only the egg! And,
a list of DNA units making up the human genome
would fill 2 large telephone books and that's just the list of 3 billion
DNA base pairs.(designated
the 23 chromosomes
in our cells. It has been estimated by Sydney Brenner, Molecular Sciences
Institute in Berkeley, California that each gene will require at least
40 years of study with the present number of scientists involved in researching