We just experienced a fantastic conversation going through the latest research on Dinosaur Soft Tissue! Eric Hovind sat down with Dr. Joel Brown, Director of the Creation Research Society. What he shared was not speculation or sensational headlines, but careful scientific work examining one of the most surprising discoveries in paleontology today: soft tissue preserved inside dinosaur bones.

This conversation truly matters—and here’s why.

For decades, the scientific community has operated under a very clear assumption: organic material cannot survive tens of millions of years. Proteins break down, blood vessels decay, and cells disintegrate.

But that assumption began to crumble when researchers started finding these exact same things in dinosaur bones that are assumed to be millions of years old.

As of 2026, soft tissue structures have now been reported in over 100 scientific

 papers and more than 150 fossil samples worldwide. These discoveries include vessel-like structures, collagen fragments, flexible fibrous material, and cell-like features inside dinosaur bones.

Some of the examples discussed during our conversation include:

• Collagen recovered from an Edmontosaurus bone
• Soft tissues discovered in a Thescelosaurus fossil
• Soft sheets of fibrillar bone from a Triceratops horn

In several of these cases, the tissues were reported to be so pliable that they could be stretched and would return to their original shape, behavior consistent with biological material rather than fully mineralized rock.

At this point, it’s not about whether soft tissue exists. Even many researchers acknowledge that these structures are present.

The real question is why they are still there at all.

To understand why this discovery matters so much, it’s important to recognize that two very different worldviews interpret the fossil record differently.

The evolutionary worldview teaches that dinosaurs lived and died around 66 million years ago on a very bad day, long before humans existed. In this view, fossils formed slowly over vast ages of time through gradual geological processes.

The biblical creation worldview, however, understands the fossil record differently. According to Scripture, dinosaurs and other land animals were buried during the global Flood described in Genesis, approximately 4,400 years ago. In this scenario, the massive catastrophe rapidly buried plants and animals in layers of sediment.

Rapid burial in water is actually one of the best possible ways to preserve organisms, which helps explain why fossils exist at all. Under normal circumstances, dead organisms decay quickly and are recycled back into the environment. Fossilization is rare unless something is buried quickly and protected from scavengers and decay.

The Flood provides a mechanism that explains both the enormous number of fossils around the world and the conditions necessary to preserve them.

During our conversation, Dr. Brown explained that collagen is the most abundant protein in bone and has a  structural component similar to steel rebar in concrete. Because collagen is a protein, it naturally breaks down over time through chemical processes, especially when exposed to water and heat.

To test how long it can realistically survive, Dr. Brown’s team conducted a laboratory study that took nearly a year to complete. They analyzed modern bone samples and used controlled heating experiments to accelerate the natural breakdown process. By measuring collagen bonds at multiple temperatures, they were able to calculate how long collagen could survive under normal environmental conditions.

The results were striking.

Their findings showed that collagen’s half-life is measured in thousands of years, not millions. Even when extrapolated to cooler burial conditions that slow decay, the maximum realistic survival time reached hundreds of thousands of years at most—far short of the 66 million years commonly assigned to dinosaur fossils. That number drops even further when factors like bacteria and fluctuating temperatures are considered.

This creates a major problem for the evolutionary timeline. If original collagen and soft tissue are present, then the timeline assigned to those fossils must be reconsidered.

Yet as Dr. Brown pointed out, the response within much of the scientific community has not been to question the timeline, but to search for new preservation explanations that might protect it.

This mindset was captured clearly by paleontologist Mary Schweitzer, whose work helped bring the issue to global attention in 2005 when she discovered soft tissue in a T-Rex fossil. In discussing the finding, she acknowledged how surprising it was, stating that the persistence of these structures “is unexpected,” and suggesting that some other mechanism must exist to explain their preservation.

In other words, if the evidence contradicts the timeline, the assumption is that there must be another explanation somewhere.

At that point, we begin to see how evolutionary origins can function more like a belief system protecting an assumption, rather than a model willing to follow the evidence wherever it leads. This is not how science is supposed to work. When the data no longer supports the claim, the timeline should be re-examined.

Conversations like the one we had with Dr. Brown reminds us that faith and science are not enemies, and careful research can strengthen confidence in the reliability of Scripture and the Creator who designed the world around us.

If you want to understand the evidence for yourself, watch the full episode and share it with someone who has been told the age of dinosaurs is beyond question.

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