Geneticist W. E. Lönnig on Human-Chimp DNA Similarity, and Much More

1 percent myth, apes, Arne Schirmacher, ATP, Australopithecus, Bible, biology, Cambrian Explosion, Casey Luskin, chimpanzees, Darwinian theory, Darwinism, designer, Energy, geneticists, genetics, German, grass, Günter Bechly, Human Origins and Anthropology, humans, Institute of Genetics, Köln, living fossils, Max Planck Institute, metabolic processes, mice, naturalism, Nature (journal), Neanderthals, nucleotide differences, origin of life, Peter Pan, protein sequences, Richard Dawkins, Science and Culture Today, subway, University of Bonn, Wolf-Ekkehard Lönnig, yeast
"The same people who admit that they are unable to create a single blade of grass tell you that they are absolutely sure they know how it came about." Source
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Supposed Fusion Site Contains Expressed Genes, Likely Influences Neural Development

Australopithecus, bonobos, Cell Genomics, cell's, chimps, Chromosomal Fusion, chromosomes, Evolution, functional advantage, fusion site, genes, genetics, genome, gorillas, human chromosomal fusion, human chromosome 2, Human Origins and Anthropology, human tissues, humans, incomplete lineage sorting, neural development, phylogenetic conflicts, phylogenetic incongruity, phylogenetic tree, phylogeny, speciation, transcription
Human chromosomal fusion has often been cited as strong evidence supporting human-ape common ancestry. It’s not. Source
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Does the Scientific Evidence Support Evolutionary Models of Human Origins?

Adam and Eve, Adam and the Genome, Australopithecines, Australopithecus, BioLogos, chimpanzees, computational biology, Dennis Venema, Endogenous retroviruses, Evolution, evolutionary creation, evolutionary mechanisms, fossil record, Francis Collins, Homo sapiens, human evolution, Human Origins, humans, Joshua Swamidass, Junk DNA, Kitzmiller v. Dover Area School District, Nature (journal), Nature Ecology and Evolution, Nature Reviews Genetics, Ola Hössjer, population genetics, pseudogenes, Queen Mary University London, Richard Buggs, theistic evolution, University of Stockholm, Washington University
The fossil record shows a break between the australopithecines, supposedly directly ancestral to our genus, and the first humanlike members of the genus. Source
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The Big Bang Origin of Homo

Allen Institute for Brain Science, Australopithecines, Australopithecus, biology, brain size, Christof Koch, cranial buttressing, dental function, Ernst Mayr, Eurasia, Evolution, fossil record, Fossils and Human Evolution (series), hominins, Homo erectus, Homo habilis, Homo sapiens, Human Origins, humans, Journal of Molecular Biology and Evolution, paleoanthropologists, Pleistocene, skulls, Southeast Asia
This unbridged gap between the ape-like australopithecines and the abruptly appearing human-like members of our genus challenges evolutionary accounts. Source
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