DNA Type post Author Casey Luskin Date November 27, 2023 CategoriesBiologyEvolutionIntelligent Design Tagged , addiction, alleles, anomalies, Barbara McClintock, BioEssays, circadian rhythms, cognition, DNA, enhancers, epigenetic code, epigenetic inheritance, epigenetics, evolution, genes, genomes, human genome, intelligence, intelligent design, introns, John Mattick, junk DNA, lncRNAs, methylation, molecular biology, mRNAs, neutral evolution, paradigm shift, personality, retroviruses, Ribosome, Scientific American, Short Tandem Repeats, Thomas Kuhn, transposable elements, transposons Peer-Reviewed Paper Reviews Ten “Anomalies” that Contradict the Junk DNA Paradigm Casey Luskin November 27, 2023 Biology, Evolution, Intelligent Design 6 John Mattick uses the language of historian of science Thomas Kuhn to predict that we are witnessing a “paradigm shift” away from the concept of junk DNA. Read More ›
Telegraph operator Type post Author David Coppedge Date May 19, 2022 CategoriesEvolutionIntelligent Design Tagged , bioelectric code, Caltech, codes, codons, Current Biology, DNA, English, epigenetic code, genes, genetic code, Hamlet, Jonathan Wells, membrane code, modENCODE, Occam's Razor, proteins, RNA, University of Barcelona, University of Copenhagen, William Shakespeare In Life, Not One Code but Many David Coppedge May 19, 2022 Evolution, Intelligent Design 7 It would be as ridiculous to lump all of these into a single genetic code as it would be to lump Morse Code into the genetic code. Read More ›
Encryption Type post Date July 9, 2018 CategoriesIntelligent DesignLife Sciences Tagged , __k-review, Aarhus University, alternative splicing, Cell Reports, cryptology, Denmark, encryption, epigenetic code, gene regulation, intelligent design, introns, programmers, RNA, splicing, steganography Encryption System Found in Genes Science and Culture July 9, 2018 Intelligent Design, Life Sciences 6 A clever method of RNA editing may explain the role of introns embedded in genes, and points to even higher levels of programming. Read More ›
