Can DNA be extracted from these 99-million-year-old ticks?

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DNA Cannot Be Extracted from the 99-Million-Year-Old Ticks Found in Amber

Modern scientific techniques are unable to extract DNA, or at least sufficiently well-preserved DNA, from the 99-million-year-old ticks discovered entombed in amber. DNA does not survive the passage of millions of years when preserved in amber.
Ancient Ticks Preserved in Burmese Amber

Scientists have described several ticks, including a new species named Deinocroton draculi or "Dracula's terrible tick," found encased in amber from Myanmar. These specimens date back approximately 99 million years, offering a glimpse into the ancient world. One notable specimen of Deinocroton draculi was found so engorged with blood that its size had increased eight-fold.
No Dinosaur Cloning from Amber Inclusions

Despite the remarkable preservation of these ancient parasites, the possibility of recreating dinosaurs through DNA extraction, as depicted in fictional narratives, is not feasible. The DNA within organisms trapped in amber does not remain intact over such vast geological timescales.
First Direct Evidence of Tick-Dinosaur Parasitism

The amber inclusions provide the first direct evidence of a parasite-host relationship between ticks and feathered dinosaurs. These ticks are among the oldest examples of these parasites documented in the fossil record, highlighting their long evolutionary history.
Feathered Host Remains Unidentified

While one tick was found grasping a feather, the characteristics of the feather did not allow researchers to pinpoint a specific type of feathered dinosaur. The researchers suggest the host was likely a running dinosaur or a primitive bird, which are evolutionary offshoots of dinosaurs.

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Can DNA be extracted from these 99-million-year-old ticks?

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