Date: January 31, 2019
Source: Deutsches Primatenzentrum (DPZ)/German
Primate Center
Life on
earth is complex and diverse. In the course of evolution, more and more new
species have emerged that are adapted to constantly changing environments.
Using modern genetic analyses, researchers can now fully decipher the genetic
information of organisms in order to better understand their evolutionary
histories and adaptations. Under the leadership of the Human Genome Sequencing
Center at Baylor College of Medicine, USA, an international team of
researchers, including scientists from the German Primate Center (DPZ) --
Leibniz Institute for Primate Research, has reconstructed the phylogenetic tree
of the six African baboon species. The genetic information of baboons also
provided clear indications that genes were exchanged between the species, i.e.
that the species hybridized. The work sheds new light on the fundamental
biological processes that produce new species. Since the baboons evolved at
about the same time and in the same habitats as humans, the results of the
study also allow conclusions about the evolutionary history of early human
species (Science Advances).
Baboons are
Old World monkeys and the six species are widespread in sub-Saharan Africa.
They are well studied for their morphology, behavior and ecology. So far,
however, little has been known about their genetic adaptations and evolutionary
history.
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