Deep Time Evolutionists Rocked by Dinosaur Protein
The collagen, it seems, has been
easier to preserve than the scien-
tific consensus about collagen
The Resilient Protein and the Managed Anomaly
By John D Wise, PhD
Popular science headlines are sometimes so deliberately obtuse that they border on the absurd. A recent headline is a case in point:
“Paleontology rocked by discovery of organic molecules in 66-million-year-old dinosaur bones (ScienceDaily, May 14, 2026). This press release from the University of Liverpool adds, to the emotion: “A stunning discovery inside dinosaur bones suggests traces of original proteins may have survived since the age of the dinosaurs.”
When I read this to my wife, she asked, “did they hire someone just out of high school?”
Exactly.
The implication of the headline is unmistakable. Something unexpected has occurred. Something paradigm-shifting. Something that may require us to rethink what we thought we knew about fossilization. The discovery, we are told, challenges the long-standing belief that original biological materials cannot survive deep time.
At this point, the attentive reader (regular readers of Creation Evolution Headlines at any rate) may experience a faint sense of déjà vu.
Paleontology has been “shaken” by the persistence of original biomolecules in fossils at regular intervals for the past twenty years, and they aren’t limited to 66 million year old dinosaurs. They stretch much farther back on the secular timeline.
The Recurring Shock of the Expected
The study from which ScienceDaily’s popularization is drawn was published here:
Evidence for Endogenous Collagen in Edmontosaurus Fossil Bone (Analytical Chemistry, 17 January 2025 January 17, 2025. This paper reports collagen signatures recovered from an Edmontosaurus specimen using multiple analytical techniques: infrared spectroscopy, cross-polarized light microscopy, tandem LC-MS,[1] and careful controls against contamination.
The science reported in the journal converges on a conclusion that is, actually, rather modest: the proteins discovered in the fossil are best explained as endogenous to the fossil. As is often the case, the language of the paper is relatively restrained. The language of the headline is not.
As all CEH readers know, this is not unusual. Instead of headline restraint and honesty: “Molecular fragments detected consistent with original tissue,” we get “Astonishing discovery overturns long-held assumptions.”
A Brief History of the Impossible
It is worth recalling what those “long-held assumptions” were.
For decades, the working expectation in paleontology was simple and consistent with what we know from Chemistry: original soft tissues and proteins could not survive for tens of millions of years. Evidence to the contrary must be the result of contamination, microbial activity, or analytical error.
This position was not irrational. It was grounded in known rates of molecular decay and assumed ages within the fossil record.
Anyone reasonably informed in science knows what came next. Beginning in the early 2000s, reports began to appear describing preserved soft tissues, blood vessel–like structures, and protein fragments in dinosaur fossils. These findings were initially dismissed and ignored, then treated with skepticism, and eventually, with an uneasy sense that the issue is not going away, taken seriously as a problem.
Evidence has accumulated steadily since that time.
Contamination and Its Uses
The current study is framed, in part, as a response to the contamination hypothesis.
If organic signals appear in fossils, the “safest” explanation, and one that curiously still has legs today, is that they were introduced later. Initially, this was a reasonable default for the standard model. But as multiple independent discoveries and techniques converge on the same conclusion, the explanatory burden must shift. At some point, one must ask whether the contamination explanation is functioning as a testable hypothesis or as a narrative stabilizer. The university of Liverpool team put it to the test:
By combining microscopy, chemical analysis, and protein sequencing, the team aimed to rule out contamination and strengthen the case that the molecules were original to the dinosaur itself.
Quarantining the Vanguard
The ScienceDaily article quotes commentary on the significance of the discovery, presenting it as part of an emerging re-evaluation within the field.
If proteins can survive in fossils for tens of millions of years, scientists may gain an entirely new way to study extinct animals.
Tiny molecular traces could potentially reveal evolutionary relationships between dinosaur species that are difficult to identify from bones alone. Researchers may also learn more about dinosaur growth, aging, physiology, and disease.
“These images may reveal intact patches of bone collagen, potentially offering a ready-made trove of fossil candidates for further protein analysis,” Taylor [“chair of the Mass Spectrometry Research Group at the University of Liverpool’s Department of Electrical Engineering & Electronics”] explained.
“This could unlock new insights into dinosaurs, for example revealing connections between dinosaur species that remain unknown.”
The secular press treats this “unlocked future” as a brand-new frontier. But the map for this territory was drawn years ago by the very people the establishment refuses to credit. And here, a small but instructive detail appears.
Among the voices associated with this line of research are individuals such as Brian Thomas and Lucien Tuinstra, who authored this paper, not to mention Mark Armitage, et al. Their work, for years, has emphasized precisely the point now being presented as newly disruptive: original biomolecular material is present in fossils that are, on secular assumptions, tens of millions of years old. These authors and many others believe these discoveries threaten the secular timeline.
But the reader is not told this.
Instead, the discovery is framed as if it has emerged entirely from within the conventional discourse, unconnected to the long-standing debates that made it controversial in the first place. This omission is not unusual. It reflects a broader tendency in scientific storytelling: to narrate the arrival of uncomfortable evidence without narrating the history of its discomfort.
It is a refined form of intellectual plagiarism: certain contributors are quarantined as “unreliable interpreters” of their own data, only for that data to be re-registered under secular names as a pioneering breakthrough.[2]
When Evidence Arrives Before Permission
There is a pattern here, and it extends beyond paleontology.
When evidence appears that is inconvenient to the existing narrative, it is first dismissed as impossible; then, as contamination, misinterpretation or agenda-driven ideology; then, as anomalous and highly constrained, and thus a mere “curiosity” that can be quarantined without further implications for the narrative itself. Finally, it becomes the basis for a new discovery that overturns “long-held assumptions.”
But the quarantine is never lifted. The narrative just accommodates and shifts. The anomaly is absorbed by the past tense, framed as “self-correcting science.”
Lightening the Scientific Ship
What, then, are we to make of this latest development?
At the narrowest level, it is a technical achievement: the careful identification of protein remnants in a fossil specimen. At a broader level, it is another data point in an ongoing reassessment of molecular preservation.
But at the most interesting level, it is a case study in the sociology of knowledge.
The collagen, it seems, has been easier to preserve than the scientific consensus about collagen. The point of interest, for me anyway, is the observation of how much “scientific ballast” the evolutionary viewpoint is willing to cast overboard to keep the secular timeline afloat.
The Managed Anomaly
None of this requires us to abandon scientific caution, nor to leap prematurely to grand conclusions. But it does require us to ask a more uncomfortable question.
What kind of evidence would still count as genuinely disruptive?
There was a time when the presence of original biomolecules in deep-time fossils would have functioned, in principle, as a kind of paleontological “Precambrian rabbit,” a finding so out of place within the established framework that it would force a reconsideration of the framework itself.
That was not a fringe position. It followed directly from widely accepted science about molecular decay and geological timescales.
And yet, as such evidence accumulates, something curious happens. Anomalies don’t disappear. They are domesticated. What would once have been treated as a contradiction is now treated as a puzzle. What would once have demanded explanation at the level of first principles is now managed at the level of technical detail. The earlier question, “How can this exist?”, is gradually replaced by another: “By what mechanism can this be accommodated without disturbing anything else?”
And so the most striking feature of the present moment is not that dinosaur bones may contain traces of dinosaur. It is that a class of evidence once thought impossible has been rendered, through careful reinterpretation, only marginally significant.
The collagen remains.
The scale of its significance has been methodically reduced.
And in that reduction, one begins to see not just a scientific development, but a redefinition of what it means for evidence to matter.
Footnotes
[1] Liquid Chromatography – Mass Spectrometry. This study marks the first time tandem LC-MS has been used to definitively isolate and quantify hydroxyproline (an amino acid highly abundant in collagen but absent in microbes) as an unambiguous endogenous marker within dinosaur bone.
[2] Think here of neo-catastrophism, of J Harlen Bretz and the Channeled Scablands, of Steve Austin and the lake-spillover model for Grand Canyon origins, CPT and John Baumgardner, John Sanford, et al.
John Wise received his PhD in philosophy from the University of CA, Irvine in 2004. His dissertation was titled Sartre’s Phenomenological Ontology and the German Idealist Tradition. His area of specialization is 19th to early 20th century continental philosophy.
He tells the story of his 25-year odyssey from atheism to Christianity in the book, Through the Looking Glass: The Imploding of an Atheist Professor’s Worldview (available on Amazon). Since his return to Christ, his research interests include developing a Christian (YEC) philosophy of science and the integration of all human knowledge with God’s word.
He has taught philosophy for the University of CA, Irvine, East Stroudsburg University of PA, Grand Canyon University, American Intercontinental University, and Ashford University. He currently teaches online for the University of Arizona, Global Campus, and is a member of the Heterodox Academy. He and his wife Jenny are known online as The Christian Atheist with a podcast of that name, in addition to a YouTube channel: John and Jenny Wise.