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Radiocarbon dating of bone apatite by step heating

Dinosaur and Dinosaur-Layer Creatures: The dinosaurs and other Mesozoic creatures that have yielded their biological material are hadrosaur, titanosaur, ornithomimosaur [ostrich-like dinosaurs], mosasaur, [bird-like] .As you view the exciting scientific discoveries below in this chronological catalog, please feel free to listen to Real Science Radio co-hosts Fred Williams and Bob Enyart observe their annual tradition of presenting dinosaur soft tissue and other amazing discoveries including short-lived left-handed amino acids, DNA, and Carbon 14, all in bones and other specimens from dinosaur-layer Mesozoic and even deeper strata.Second, proteins identified by mass spectrometry can be localized to the tissues using antibodies specific to these proteins, validating their identity.".For example in their conclusion they write about their specimens as, "dinosaur vessels", that their research provides "robust support to the identification of these...

* Armitage Compliments this RSR Dino Soft Tissue Page: Hear our interview with Mark Armitage on this Triceratops soft tissue discovery.

melanosome-like microbodies preserved in association with fossil plumage have been used to reconstruct original colour...

However, these putative ancient melanosomes might alternatively represent microorganismal residues, a conflicting interpretation compounded by a lack of unambiguous chemical data.

(See 60 similar discoveries.) Here, RSR presents the scientific journals reporting, the kinds of biological material found so far, and the dinosaurs yielding up these exciting discoveries: Scientific Journals: , and others below in our chronological catalog, "the web's most complete list of dinosaur soft tissue discoveries," as published in many leading journals, according to a co-author of one of those papers.

Biological Material Found: As of 2017, in fossils from dinosaur-layer and deeper strata, researchers have discovered flexible and transparent blood vessels, red blood cells, many various proteins including beta-keratin, the microtubule building block tubulin, collagen, the cytoskeleton components actin, tropomyosin, and the related motor protein myosin, and hemoglobin, bone maintenance osteocyte cells, DNA-related histone proteins, and powerful evidence for DNA including positive results from multiple double-helix tests.


  1. The study of the radiocarbon age of bone bioapatite was initiated by necessity to date archaeological artifacts. bone apatite due to possible contamination with secondary carbonates from surrounding deposits. Tamers. secondary carbonates, i.e. by heating in an oxygen atmosphere in specific steps to separate of CO2.

  2. Isotopic analysis of bones and teeth is now routinely used for dating skeletons and archaeological sites, and for diet, climate, and habitat reconstruction.

  3. Dinosaur-strata tissue from "70-million year old" Mosasaur As below, and in this peer-reviewed report by researchers including from Lund University in.

  4. Dating of bone inorganic carbon has lagged significantly behind. Using mammoth bone, enamel, and tusk from the Dent and Murray Springs Clovis sites, experiments with the Haas and Banewicz technique of bone apatite dating by step heating demonstrate that accurate radiocarbon ages can be produced from bone.

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