Try this...
Cal State Northridge settles with Christian lab manager who said he was fired for creationist beliefs. Will case change academic science's approach to creationism?
Mr. Armitage said he complained verbally of religious discrimination to two administrators, who told him to forget about it and never investigated.
Two weeks after his article was published, and after Armitage allegedly was excluded from a secret meeting of a microscopy committee on which he served, Northridge fired Armitage. In the interim, a colleague told him he was the subject of a “witch hunt,” and suggested that he resign, according to the complaint.
The university argued that it acted due to budgetary adjustments and a declining need for Armitage’s services; he was a part-time, temporary employee, it said. But Armitage charged religious discrimination and wrongful termination in his 2014 lawsuit. His view is that faculty scientists didn’t want to be associated with a published creationist.
That apparently was not the purpose of the video, or the interview, as far as I can tell.
To get the answer to that, you may have to go to the source, or look around.
Mr. Armitage is a YEC at the Creation Research Society (CRS), so I would guess his explanation would be in line with all the other YEC's explanations.
#3 Soft Tissue in Fossils
10 Best Evidences From Science That Confirm a Young Earth
...if creationists are right, dinosaurs died off only 3,000–4,000 years ago. So would we expect the preservation of vessels, cells, and complex molecules of the type that Schweitzer reports for biological tissues historically known to be 3,000–4,000 years old?
The answer is yes. Many studies of Egyptian mummies and other humans of this old age (confirmed by historical evidence) show all the sorts of detail Schweitzer reported in her T. rex. In addition to Egyptian mummies, the Tyrolean iceman, found in the Alps in 1991 and believed to be about 5,000 years old, shows such incredible preservation of DNA and other microscopic detail.
We conclude that the preservation of vessels, cells, and complex molecules in dinosaurs is entirely consistent with a young-earth creationist perspective but is highly implausible with the evolutionist’s perspective about dinosaurs that died off millions of years ago.
Let me put it this way.
DNA has a half-life of about 521 years, according to previous research, which means that an organism's DNA would be completely destroyed within 7 million years after its death.
Dino DNA Lasts Longer Than Thought
...researchers had not been able to determine the oldest possible DNA they could get from the fossil record because DNA's rate of decay had remained a mystery.
Now scientists in Australia report they've been able to estimate this rate based on a comparison of DNA from 158 fossilized leg bones from three species of the moa, an extinct group of flightless birds that once lived in New Zealand. The bones date between 600 and 8,000 years old and importantly all come from the same region.
Temperatures, oxygenation and other environmental factors make it difficult to detect a basic rate of degradation, researcher Mike Bunce, from Murdoch University's Ancient DNA lab in Perth, explained in a statement.
"The moa bones however have allowed us to study the comparative DNA degradation because they come from different ages from a region where they have all experienced the same environmental conditions," Bunce said.
Based on this study, Bunce and his team put DNA's half-life at 521 years, meaning half of the DNA bonds would be broken down 521 years after death, and half of the remaining bonds would be decayed another 521 years after that, and so on. This rate is 400 times slower than simulation experiments predicted, the researchers said, and it would mean that under ideal conditions, all the DNA bonds would be completely destroyed in bone after about 6.8 million years.
6.8 million years is a marked difference from 65 million years.
The question I find more interesting is... How far back will they stretch or move the average time DNA is preserved after an organism's death?
(CNN)
It might be the oldest soft tissue sample ever found.
Researchers discovered ancient collagen and protein remains preserved in the ribs of a dinosaur that walked the Earth 195 million years ago.
No, this doesn't mean "Jurassic Park" is about to become a reality. But
finding such well-preserved organic remains from one of the oldest dinosaurs, a Lufengosaurus, is unprecedented.
"This finding extends the record of preserved organic remains more than 100 million years," the researchers said in their study, published in the journal Nature Communications on Tuesday.
Previously found collagen fragments dated back 75 million or 80 million years ago. The location of the newly discovered collagen was also surprising.
"Usually, people have looked and found collagen in the big, massive limb bones, not in the more delicate ribs," said Robert Reisz, one of the authors of the study and a paleontologist at University of Toronto Mississauga.
Utilizing the most rigorous testing methods to date, researchers from North Carolina State University have isolated additional collagen peptides from an 80-million-year-old Brachylophosaurus.
The work lends further support to the idea that organic molecules can persist in specimens tens of millions of years longer than originally believed and has implications for our ability to study the fossil record on the molecular level.
Why would that recorded time be correct, as opposed to the dating of the rock being incorrect?
Note. They are not dating the tissue by some mechanism that will read how old it is, but rather they date it based on their estimations of the age of the dinosaur's fossils.
Put a creationist in this spot, and I am sure the skeptics wouldn't waste a second before accusing them of moving the goal post.
Look at all the possibilities presented.
Soft tissue found in 75 million-year-old dinosaur bones is a big deal for paleontology
Dinosaur fossils may have more to share with us than originally thought. By analyzing poorly preserved dinosaur bone fragments, scientists have found structures that closely resemble red blood cells and collagen fibers, proteins found in various types of tissues. The finding is exciting because it contradicts a widely held belief that only exceptionally well-preserved fossils harbor soft tissues. And the fact that 75 million-year-old fossils hold these kinds of cells means that we may find similar tissues in other not-so-well-preserved bone fragments — a finding that could drastically increase our knowledge of dinosaur biology, behavior, and evolution.
...
the researchers were able to identify tiny structures that are probably red blood cells and collagen fibers belonging to the dinosaurs — something they never expected to find. The researchers confirmed the finding by comparing the red blood cell-like structures in the dinosaur bones to emu blood cells; birds and dinosaurs are distant relatives after all.
This isn't the first such discovery; researchers have been able to find soft tissues like this in other fossils. What sets this study apart is the fact that the researchers were able to find these materials despite the fact that the fossils weren't exceptionally well preserved. And before this finding, the researchers note in the study, the oldest un-degraded collagen ever recorded was about 4 million years old.
There's one important limitation that's worth noting, however. It's possible that the red blood cells don't belong to the dinosaurs at all, Bertazzo says; contamination from other animals can't be ruled out. "Even if it is quite unlikely that someone or some bird cut themselves and bled on the fossil at any point in time and right on the spot we took the smaller bit off, this is always a possibility."
And being able to identify structures like red blood cells and collagen in "unexceptional" fossils isn't going to lead to dinosaur de-extinctions — at least not any time soon. "At the moment we have no evidence for any DNA," says Susie Maidment, a paleontologist at Imperial College London and a co-author of the study. DNA is much smaller than collagen fibers and red blood cells, which means that it degrades more easily. "However, who knows what we might find in the future," she says.
Now that the study has been published, the scientists want to understand this type of preservation better. "How far back in time does it extend? Is it restricted to a particular type of burial environment?" Maidment asks. They also hope to find out how this type of preservation occurs.
The discovery could have a big impact on fossilization science. "Before this discovery, as a palaeontologist, I ‘knew’ that it was not possible for soft tissues to be preserved over geologic timescales, except in exceptionally rare circumstances," Maidment explains. "What is most exciting for me is the potential this opens up: if we are able to find these tissues in other specimens, and replicate the results, it indicates this type of preservation might even be the ‘norm.'"
With so many possibilities, anything is possible.