More Dinosaur Blood Vessels Refute Long-Age Paradigms
Soft tissues in dinosaurs has cause considerable agitation at the Darwin Ranch, and reactions have been disbelief, ad hoc excuses, weak extrapolations of tissue preservation possibilities, and the expected ad hominem attacks. But the evidence against long-age paradigms just keeps on rolling in.
New soft tissues and blood cells from dinosaurs and other critters that have been dead for millions of Evo Sith years are being recalcitrant, instead supporting young Earth biblical creation models. The truth is there, and is being presented, that God created the world recently, and the Genesis Flood is the best explanation for what has been found.
New soft tissues and blood cells from dinosaurs and other critters that have been dead for millions of Evo Sith years are being recalcitrant, instead supporting young Earth biblical creation models. The truth is there, and is being presented, that God created the world recently, and the Genesis Flood is the best explanation for what has been found.
Scientists keep finding short-lived biochemicals and even soft tissues in fossils! Over the years, they have found unmistakable evidence of specific proteins like collagen and hemoglobin, and even what look like red blood cells and bone cells, in dinosaurs and other fossils. Most soft-tissue structures occur as mineralized remains that preserve merely an impression or outline, but a few preserve decayed remnants of the original cellular structures. These original structures should be long gone after about one million years. A new report of intact blood vessels in a duck-bill dinosaur bone pinpoints ways that such discoveries challenge old ideas about fossils.To read the rest, click on "Duck-bill Dinosaur Blood Vessels".
A team of biomedical and earth scientists first chemically removed everything but the blood vessels from deep within the dinosaur bone. They found 10 proteins, including tubulin, actin, myosin, tropomyosin, and histone H2A. A chemical analyzer read sequences of amino acids in each protein—like reading each word in an essay. They found enough similarities between the dinosaur proteins and those of reptiles and birds to conclude they were from a real animal, but enough differences to suggest that it was an extinct animal, like a dinosaur.