The 4,500-Year-Old Egyptian Man Found In A Tomb — And The DNA Test That Revealed His Unexpected Ancestry
And a specific tooth root from a specific individual had been preserved well enough, in the specific conditions of its burial, to retain the molecular information needed for sequencing.
The convergence of these factors produced a result that the field will be building on for years.
The NUE001 genome is not a destination; it is a starting point.
It has established the feasibility of ancient Egyptian genomics in the most direct possible way: by succeeding where every previous attempt had failed.
The researchers who conducted this work did not just answer a scientific question.
They opened a door that had been closed for four thousand years.