amazing microtubules

The microtubules vibrates at the frequency of the externally applied longitudinal wave (LEM).
Each vibration forms one part of the codon.(each codon consists of 3 parts,i.e.3 frequencies).
Then the codons are passed on as a packet, and their order (as researched by microbiologists )
must be followed.     The hole string goes like a t-RNA (transfer RNA) to the ribosomes, which produce
the peptides (e.g. oxytocin).
When applying longitudinal waves,one should not use all codons at once, but one codon at a time append to the previous one.(learning method). So always start with the start codon ,repeat allof them and add the fellowing codon. When all codons have been transmitted, end with the stop codon.

Oxytocin :  9 codons (triplets)
The codon describes a sequence of 3 consecutive nucleotide bases (A,U,G,C) in a nucleic acid,which together encode for an amino acid.Ribosomes link the amino acids together in the order specified by the codons.
Start =AUG
           AUG,UGU
           AUG,UGU,UAU
           AUG,UGU,UAU,AUA
           AUG,UGU,UAU,AUA,CAG
           AUG,UGU,UAU,AUA,CAG,AAU
           AUG,UGU,UAU,AUA,CAG,AAU,UGU
           AUG,UGU,UAU,AUA,CAG,AAU,UGU,CCC
           AUG,UGU,UAU,AUA,CAG,AAU,UGU,CCC,CUG
           AUG,UGU,UAU,AUA,CAG,AAU,UGU,CCC,CUG,GGG
           AUG,UGU,UAU,AUA,CAG,AAU,UGU,CCC,CUG,GGG,UAG        UAG=Stop

                              audio sample:                           youtu.be/lElK0PI5IR8