Dinosaur soft tissue in fossil bones!? Nearly every CMI speaker has watched incredulous looks on people’s faces as pictures from a 2005 Science magazine article flash on-screen. These show transparent, branching flexible blood vessels and red blood cells alongside soft and stretchy ligaments from a supposedly 68 million-year-old T.rex bone. The remarkable discoveries by palaeontologist Dr Mary Schweitzer have rocked the scientific world.
Time and time again
Following the most rigorous tests and checking of data, many evolutionists now admit the existence of such dinosaur soft tissue and organic material in not just one or two specimens, but well over thirty.2 They now have to explain how extremely delicate structures could have been preserved over incredibly vast time periods.
It is not just dinosaur soft tissue, either, but the presence of detectable proteins such as collagen, hemoglobin, osteocalcin,3,4 actin, and tubulin that they must account for. These are complex molecules that continually tend to break down to simpler ones.
Not only that, but in many cases, there are fine details of the bone matrix, with microscopically intact-looking bone cells (osteocytes) showing incredible detail. And Schweitzer has even recovered fragments of the even more fragile and complex molecule, DNA. This has been extracted from the bone cells with markers indicating its source such that it is extremely likely to be dinosaur DNA.5
Others have reported the fast-decaying carbon-14 from dino bones—not a single atom should be left after 1 million years.6
Moreover, more recent discoveries show dinosaur soft tissue in samples that are (by their own assumptions) many millions of years older than those in Dr Schweitzer’s original 2005 discovery. As one article states:
“The researchers also analyzed other fossils for the presence of soft tissue, and found it was present in about half of their samples going back to the Jurassic Period, which lasted from 145.5 million to 199.6 million years ago…”7
Continue reading at the link below…