07Feb 2026 by Post

How Life Leverages the Laws of Nature to Thrive

albumin, blood, capillaries, cell death, Darwinian narrative, death, dying, Engineering, Eric Anderson, hormones, Howard Glicksman, ID The Future, Intelligent Design, laws of nature, life, liver, living systems, Medicine, minerals, physics, Podcast, proteins, Steve Laufmann, water, Your Designed Body
Left to their own devices, the natural result of physics and chemistry is death, not life. So how are we still breathing? Source
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25Dec 2023 by Post

Merry Christmas! No. 8 Story of 2023: Another “Vestigial” Organ Has “Absolutely Critical” Functions

biology, blood, blood clotting, bone marrow, chickens, development, duck-billed platypuses, eggs, embryo, Evolution, evolutionary interpretations, function, human embryo, immune cells, Intelligent Design, kidneys, liver, multitasker, Muzlifah Haniffa, organ functions, PNAS, Sanger Institute, Science (journal), Science Alert, toxins, vestigial organs, Wellcome, yolk sac
Unfortunately, despite the importance of this “absolutely critical” organ, some are still intent upon retaining evolutionary interpretations. Source
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25Sep 2023 by Post

Another “Vestigial” Organ Turns Out to Have “Absolutely Critical” Functions: The Human Yolk Sac

biology, blood, blood clotting, bone marrow, chickens, development, duck-billed platypuses, eggs, embryo, Evolution, evolutionary interpretations, function, human embryo, immune cells, Intelligent Design, kidneys, liver, multitasker, Muzlifah Haniffa, organ functions, PNAS, Science (journal), Science Alert, toxins, Uncategorized, vestigial organs, Wellcome Sanger Institute, yolk sac
Unfortunately, despite the importance of this “absolutely critical” organ, some are still intent upon retaining evolutionary interpretations. Source
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19Oct 2020 by Post

Morphogenesis: Coding for Shape

3-D printing, Allen Discovery Center, amoeba, anatomy, beetles, biological revolution, biological shapes, brachiosaurs, chick, crabs, Darwinism, Douglas Axe, embryonic development, Engineering, eukaryotes, Evolution, functional whole, Harvard University, Hydra, Illustra Media, information, Information Technology, Intelligent Design, liver, liver enzymes, Michael Levin, morphogenesis, octopuses, paramecium, planaria, rotifers, sequoias, Stentor, Terminator 2, The Scientist, Tufts University, Undeniable, Wyss Institute
How do you get a 3-D shape from a linear code? That is the puzzle of morphogenesis. Source
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