John Berger

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Validate new 7 nucleotide heptad (AIXGCTU) genetic code primer. Comparison validation study current Watson-Crick canonical 5 nucleotide (ATGCU) vs. 7 nucleotide genetic (ATGCU) + epigenetic code (IX); (I = inosine family + X= Xanthosine family). This merging of the genetic (ATGCU) + (IX) epi-genetic yields (ATUICGX). These 7 nucleotide codes are the minimum possible to flawlessly execute DNA replication, and RNA Transcription for Amino Acid/ Protein Synthesis. Inosine and Xanthosine are missing from the genetic code primers because they are considered minor purine nucleotide families. Their structural and functional "footprint" has been widely found in the protein/enzyme domain. The Ad...

inosine and xanthine orange colored and major meta triplex 7 nucleotide epi-genetic genomic code evolution of the missing genetic code color coded nucleotide schema first closed purine nucleotide molecular structure imp imp cyclodehydrogenase impdh1&2 origins of life orange inosine dna photonic light sulfur master atomic molecular controller xanthine nucleotide nucleic acid metabolism inosine triplex epigenetic code inosine and xanthine purine families

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Inosine and Xanthine Additions for comparing the current 5 nucleotide Watson Crick vs. proposed 7 nucleotide Epigenetic Code

Vor 9 Jahren • 690 Aufrufe

John Berger

Präsentationen

Overview Nucleic Acid Metabolism Prebiotic Earth to Now

Purine Metabolism, Nucleic Acids and The Inosine/Xanthosine Families

Evolution and Origins of the Incomplete and Incorrect Watson-Crick 5 Nucleotide Genetic Code

Inosine family inheritance pathways

Inosine and Xanthine Additions for comparing the current 5 nucleotide Watson Crick vs. proposed 7 nucleotide Epigenetic Code

Snp mutations ag and ga mismatches

Dokumente

genetic code master pdf container

Genetic code master pdf container