A new study of a Neanderthal toddler reveals that our closest evolutionary relatives' growth patterns differed from those of ...

A detailed analysis of the best-preserved Neanderthal infant skeleton ever found suggests that our ancient relatives grew ...

The idea that modern humans inherited DNA from Neanderthal ancestors is one of the 21st century’s most celebrated discoveries ...

Baby Neanderthals may have been much larger and grown much more quickly than their modern Homo sapiens counterparts, ...

Yet a detailed analysis of the remains of a Neanderthal baby shows that from a very young age, they were already different, ...

New interpretations suggest that Neanderthal and Sapiens interactions were shaped by biology and social structure, not simple ...

A skull fragment discovered over fifty years ago on the banks of the Elbe River in Germany has finally yielded its secrets. Long considered by some researchers to be a rare Neanderthal-modern human ...

Not every modern human has the same set of Neanderthal DNA, however; different people will, by chance, have inherited different fragments. But there are also some areas, termed “Neanderthal deserts,” ...

Thin stretches of the human X chromosome look oddly empty when you scan for Neanderthal DNA. Geneticists even have a name for the gaps: “Neanderthal deserts.” They sit there like blank tape in an ...

The latest research on a Neanderthal infant from Amud Cave in Israel is giving a clearer picture of how different early ...

New 3D analysis of a German skull clears up decades of confusion, placing this human firmly in the modern family tree.

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