Page 179 - The Miracle in the Cell

HARUN YAHYA

brane of this organelle, which is a hundred millionth of a millimeter
thick, controls the electrons released as a result of energy from the
Sun. These electrons are then used in the production of nutrients for
animal and human consumption.
This perfect system brings the theory of evolution to its knees
once again. Because before photosynthesis can take place, all the
enzymes and systems need to be found together in the cell at the same
time. If even one of these steps is missing, it will render the entire sys-
tem ineffective. Consequently evolutionist scientists are powerless to
explain photosynthesis, just as they are with all of the other chemical
mechanisms within the cell. One of these "scientists" Prof. Ali
Demirsoy summarizes the hopeless situation into which they have
fallen:
Photosynthesis is a rather complicated event, and it seems impossible
for it to emerge in an organelle inside a cell because it is impossible for
all the stages to have come about at once, and it is meaningless for them
to have emerged separately. 15
On the other hand, another evolutionist scientist, Hoimar von
Ditfurth, says that photosynthesis is not a process to be learned later
on. He states that all the materials and knowledge required for pho-
tosynthesis must have been present in the plant cell from the begin-
ning:
No cell possesses the capacity to "learn" a process in the true sense of
the word. It is impossible for any cell to come by the ability to carry out
such functions as respiration or photosynthesis, neither when it first
comes into being, nor later in life. 16
Converting solar energy into electronic or chemical energy is a
process that modern technology has only recently been able to carry
out. For this, highly technological devices are needed. But a tiny plant
cell invisible to the naked eye has been carrying out this conversion
consistently, for millions of years. For it to have acquired this ability
by "coincidence" is definitely impossible, as the evolutionists admit.

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