The Natural Repertory of Prof. William Nelson

Many people around 1950 were struggling to find ways of
understanding this. But it was Crick and Watson at Cambridge who best
improved on Pauling’s research, using the Chargaff rules and developing
a consensus idea of the structure of DNA. They proposed a double helix.
This opened the door for dramatic understanding.
The mechanics of this process could be easily understood by the
mechanically-minded scientists of the time. Yet, this type of mechanical
process did not appear in any other chemical process. Chemical
processes were known to be statistical, or involving random development
of compounds which were pushed and pulled apart through entropic or
thermodynamic processes. This strand of DNA does not do this; it is not
a randomized process. It pulls apart and pushes together in a very
precise maze. The actual mechanisms of this push and pull were not
studied by these scientists; they liked the idea of the chemistry involved.
But now, we can ask the question: Through what processes is DNA
pushed/pulled apart? The answer leads to quantum dynamics. Our
quantic analysis matrix can be superimposed on the DNA action.
Research blossomed into the concept of the mechanics of DNA. As
Isaacs has told us, the E. coli is an example of a type of near vion from
cells, meaning the base amount of matter needed to actually make up a
living unit which could metabolize and reproduce on its own. Inside the
E. coli is a double–stranded DNA chromosome which contains 4 x 10 6
base pairs. It will reproduce at maximum rate of 750 base pairs per
second. This is at a given unwound replicating fork region. So it will take
about forty minutes to reproduce a complete chromosome. If the
conditions are right, E. coli will divide into two daughter cells every
twenty minutes. This is the nature of vionic activity.
In 1953, Paul Zamecnik, working at Harvard University, tried to put
radioactive isotopes of different amino acids into a bacteria colony. This
was an attempt to trace the radioactive polypeptides through the
different ribosomes. The experiment was a failure because by putting in
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