The genetic impact of the lake chad basin population in North Africa as documented by mitochondrial diversity and internal variation of the L3e5 haplogroup

E Podgorná, P Soares, L Pereira… - Annals of Human …, 2013 - Wiley Online Library
The presence of sub‐Saharan L‐type mtDNA sequences in North Africa has traditionally
been explained by the recent slave trade. However, gene flow between sub‐Saharan and …
被引用次数：23 相关文章

The Genetic Impact of the Lake Chad Basin Population in North Africa as Documented by Mitochondrial Diversity and Internal Variation of the L3e5 Haplogroup

E Podgorná, P Soares, L Pereira, V Černý - Annals of Human Genetics, 2013 - infona.pl
The presence of sub‐Saharan L‐type mtDNA sequences in North Africa has traditionally
been explained by the recent slave trade. However, gene flow between sub‐Saharan and …

The genetic impact of the Lake Chad Basin population in North Africa as documented by mitochondrial diversity and internal variation of the L3e5 haplogroup

E Podgorná, P Soares, L Pereira… - … , vol. 77 (6), p. 513-23, 2013 - repositorio-aberto.up.pt
The presence of sub-Saharan L-type mtDNA sequences in North Africa has traditionally
been explained by the recent slave trade. However, gene flow between sub-Saharan and …

The genetic impact of the lake chad basin population in North Africa as documented by mitochondrial diversity and internal variation of the L3e5 haplogroup.

E Podgorná, P Soares, L Pereira… - Annals of Human …, 2013 - europepmc.org
The presence of sub-Saharan L-type mtDNA sequences in North Africa has traditionally
been explained by the recent slave trade. However, gene flow between sub-Saharan and …

The genetic impact of the lake chad basin population in North Africa as documented by mitochondrial diversity and internal variation of the L3e5 haplogroup

E Podgorná, P Soares, L Pereira… - Annals of human …, 2013 - pubmed.ncbi.nlm.nih.gov
The presence of sub-Saharan L-type mtDNA sequences in North Africa has traditionally
been explained by the recent slave trade. However, gene flow between sub-Saharan and …