Indeed, Schweitzer discovery threatened to upset the evolutionary biologists’ timeline for the world because soft tissue decays relatively quickly.
If she found soft tissue in bones from a Tyrannosaurus rex perhaps it wasn’t 68 million years old, as the geologists argued.
It took her quite some time to realize that it was soft tissue, which, being from a dinosaur bone, had never before been seen by a scientist. The creationists, who vie for a literal interpretation of the Genesis account, latched onto the finding because there was no possible way soft tissue could last the millions of year needed in the biologists’ timescale for animals to evolve. Then, maybe scientists could use it to create a dinosaur. Poring over Cretaceous-era dinosaur bones has done nothing to weaken her faith.
Ultimately, Schweitzer’s discovery upended paleontology. “My God has gotten so much bigger since I’ve been a scientist,” she told Discover magazine. The thing that’s most important to God is our faith.
Smithsonian called her discovery a “shocker;” Live Science, “contorversial;” and Discovery magazine, “dangerous.” News show 60 Minutes said it “posed a radical challenge to the existing rules of science.” Young earth creationists, who argue that earth’s history reaches about 10,000 years, cackled with satisfaction.The first thing she realized was the dinosaur had been a pregnant mother because of the presence of medullary bone, which is a calcium overproduction to supply the eggs.(Originally, the fossil had been nicknamed “Bob.”) But the real astonishment came when Schweitzer’s team dissolved some fragments in weak acid, a practice that was never done before because it dissolves bone matter.It speaks volumes for the Bible’s account of a recent creation.Since her initial discovery, Schweitzer, a molecular paleontologist at North Carolina State University, has found red blood cells, blood vessels, bone cells and even hemoglobin and collagen. p-aminobenzoic acid /ə-MEEN-ō-ben-ZŌ-ik/ (PABA also 4-aminobenzoic acid or para-aminobenzoic acid) n. During this stage, the chromosomes look thicker when viewed under a microscope (pachys is Greek for thick). This group included elephants, certain artiodactyls, such as hippopotamuses and pigs, as well as some perissodactyls (rhinoceroses, horses). The roof of the mouth; the bony portion is the hard palate, the fleshy rear portion is the soft palate. Paleogene (Pg formerly known as Lower Tertiary) /PALE-ee-ə-jeen/ n. Extending from 65.5 to 23.03 mya, it includes three epochs: the Paleocene, Eocene, and Oligocene. It extended from the time of the earliest known stone tools, about 2.5 mya (Semaw et al. The scientific study of the life of past geological periods. In humans, gut flora synthesize folic acid from this molecule. One type of vector used to clone DNA fragments (100- to 300-kb insert size; average, 150 kb) in Escherichia coli cells (based on the phage P1 genome). The first, and most lengthy era of the Phanerozoic Eon. Because of the remoteness and rugged terrain, the bones had to be helicoptered out but were too heavy, so the team reluctantly broke one of the leg bones into two pieces.When he got back to the lab, Horner handed some of the resulting fragments to Schweitzer to analyze.— palindromic /pal-ən-DRŌM-ick/ paludicolous /pawl-yə-DIK-ə-ləs/ Living in marshes. palynology /PAL-in-NAWL-ə-jee/ The study of fine organic particulate matter, such as pollen grains and spores, present in air, water or sedimentary deposits. The genus to which the chimpanzee (Pan troglodytes) and the pygmy chimpanzee, or bonobo (Pan paniscus), belong.