Outreach + Highlights
The AGP laboratory conducts research on the diversity and biological evolution of human populations, with the main objective of reconstructing the history of world settlement since the origin of Homo sapiens.
Peopling History of Africa : a multidisciplinary perspective
This conference aims at gathering a number of outstanding international researchers active in different fields in order to present a comprehensive view of our present knowledge about the peopling of Africa.
Hybridization and introgression during density-dependent range expansion: European wildcats as a case study
Hybridization models during range expansion have been developed but assume dispersal to be independent from neighboring population densities.
Bayesian estimation of partial population continuity using ancient DNA and spatially explicit simulations
We present a new spatially explicit computer simulation approach to estimate partial population continuity through time using ancient DNA.
Cryptic Biological Invasions: a General Model of Hybridization
The dispersal of non-native genes due to hybridization is a form of cryptic invasion with growing concern in evolution and conservation.
Genetic history of the African Sahelian populations
In collaboration with two other European research groups, the two laboratories of the Anthropology Unit, AGP and APA have just published a Review paper on the Genetic history of the African Sahelian population.
6th Annual Meeting of iGE3
Organisé par Marguerite Neerman-Arbez et Alicia Sanchez-Mazas.
HLA-B molecular variation and its links with malaria in Africa
The group of Alicia Sanchez-Mazas identified two HLA-B alleles as candidates to Plasmodium falciparum malaria protection in Africa.
Des précisions sur le mode de vie de nos cousins néandertaliens
Des chercheurs de l’Institut Max Planck ont procédé à l'analyse génétique d’une néandertalienne qui vivait sur le territoire de la Croatie actuelle il y a 52'000 ans.
La révolution génomique à l'honneur
Le Dr Mathias Currat s'exprime à la radio dans le cadre de la 17e édition du colloque Wright qui a pour thématique "La génomique, soit l’étude du fonctionnement de la vie à l’échelle du génome. En d’autres termes, le mode d’emploi du vivant”.
HLA class I molecular variation and peptide-binding properties suggest a model of joint divergent asymmetric selection
The main function of HLA class I molecules is to present pathogen-derived peptides to cytotoxic T lymphocytes. This function is assumed to drive the maintenance of an extraordinary amount of polymorphism at each HLA locus, providing an immune advantage to heterozygote individuals capable to present larger repertories of peptides than homozygotes.