Additional file 10: of Genetic determinants of anti-malarial acquired immunity in a large multi-centre study Jennifer Shelton Patrick Corran Paul Risley Nilupa Silva Christina Hubbart Anna Jeffreys Kate Rowlands Rachel Craik Victoria Cornelius Meike Hensmann Sile Molloy Nuno Sepulveda Taane Clark Gavin Band Geraldine Clarke Christopher Spencer Angeliki Kerasidou Susana Campino Sarah Auburn Adama Tall Alioune Ly Odile Mercereau-Puijalon Anavaj Sakuntabhai Abdoulaye Djimdé Boubacar Maiga Ousmane Touré Ogobara Doumbo Amagana Dolo Marita Troye-Blomberg Valentina Mangano Frederica Verra David Modiano Edith Bougouma Sodiomon Sirima Muntaser Ibrahim Ayman Hussain Nahid Eid Abier Elzein Hiba Mohammed Ahmed Elhassan Ibrahim Elhassan Thomas Williams Carolyne Ndila Alexander Macharia Kevin Marsh Alphaxard Manjurano Hugh Reyburn Martha Lemnge Deus Ishengoma Richard Carter Nadira Karunaweera Deepika Fernando Rajika Dewasurendra Christopher Drakeley Eleanor Riley Dominic Kwiatkowski Kirk Rockett 10.6084/m9.figshare.c.3624038_D8.v1 https://springernature.figshare.com/articles/journal_contribution/Additional_file_10_of_Genetic_determinants_of_anti-malarial_acquired_immunity_in_a_large_multi-centre_study/4402982 Additional figure SF4: Scatter plot of the correlations between residuals from the antibody linear regression models with non-genetic factors at each site and age-group. This plot shows the pairwise correlations (as r2) for each malaria–malaria antibody pair as a function of each study site. The sites are ordered according to malaria microscopically-positive-prevalence recorded at sample collection (low to high). Several panels are shown according to age-group. 2015-08-28 05:00:00 Malaria Antibody Sickle cell trait HbAS CD36 Genotype