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METACODE. "But it is not proteins that create the genome ratio of new eukaryotic texts, but rather a MetaCode which encodes numerous RNAs, among them active micro-RNAs, and is able to generate new genetic datasets. It enables the conduction of structural changes as basic prerequisite of the evolution of diversity in the eukaryotic superkingdom." https://lnkd.in/eDswHmC View in LinkedIn

HIDDEN CODE. "My thesis here is the existence of an innovation code (text-generating code, evolution code) (is) hidden in the non-coding DNA. My assumption that this innovation code codes for enzyme proteins competent in text-processing, proteins that generate the new genetic texts for new organisms may prove to be present in the early DNA-world of simple organisms." Formerly "junk DNA" contains important coding information. https://lnkd.in/eDswHmC View in LinkedIn

Q: "Why is there no correlation between the complexity of organisms and the number of protein-coding genes, yet a correlation between complexity and the proportion of non-coding DNA?" https://lnkd.in/eDswHmC View in LinkedIn

Q: "Why is there no correlation between the complexity of organisms and the number of protein-coding genes, yet a correlation between complexity and the proportion of non-coding DNA?" https://lnkd.in/eDswHmC View in LinkedIn

Q: "What actually happens with the 97% RNA remnants during post-transcriptional processing?" https://lnkd.in/eDswHmC View in LinkedIn

Q: "Why are the protein-coding genes of humans and mice 99% identical?" https://lnkd.in/eDswHmC View in LinkedIn

BANDWAGGON SCIENCE. "Accordingly, research concentrated on the 3% that coded. Such one-sided approach, however, left many questions unanswered." https://lnkd.in/eDswHmC View in LinkedIn

WORTH REPEATING. "Until recently, only the protein-coding regions of DNA was thought to be crucial to coding. While this may well be the case in the prokaryotes, in higher eukaryotes this region is marginal (3%), for 97% of the eukaryotic genome consists of non-coding DNA." https://lnkd.in/eDswHmC View in LinkedIn

WORTH REPEATING. "Until recently, only the protein-coding regions of DNA was thought to be crucial to coding. While this may well be the case in the prokaryotes, in higher eukaryotes this region is marginal (3%), for 97% of the eukaryotic genome consists of non-coding DNA." https://lnkd.in/eDswHmC View in LinkedIn

THE NON-1.5%. "All the other DNA contains non-coding RNAs (up to 45%) and non-coding areas with unknown functions (55%) which I suggest represent non-coding RNAs of regulatory functions. This means in all organisms we can find the genotype and the encoded phenotype. The genotype contains the whole blueprint for the phenotype." https://lnkd.in/eg6uePF View in LinkedIn