Results
malaria
MALARIA, REGRESSION, MINOR
Results from the Poisson analysis correlating primary incidence of malaria to SNPs of interest that were found to be statistically significant (p-value after FDR ≤ 0.05) for child and maternal SNPs are listed in Tables 
Single nucleotide polymorphisms (SNPs) in children statistically associated with the incidence of clinical malaria using a Poisson model (q < 0.05)In this table, ‘rs values’ are as defined in the NCBI dbSNP repository, ‘minor frequency’ denotes the minor allele frequencies of each SNP from the genotypes analysed in this study, p-values are the output of Poisson analysis, and q-values are the p-values adjusted for multiple testing using a false detection rate (FDR) model. OR denotes the odds ratio of clinical malaria for the minor allele compared to the major allele; the subsequent columns of lower CI and upper_CI, respectively denote the lower and upper boundaries of the OR 95% confidence interval. In the columns defining the reference and alternate alleles, the genotype conferring risk to malarial incidence is marked with an asterisk (*) as inferred from the OR and its confidence interval
Single nucleotide polymorphisms (SNPs) in mothers statistically associated with the incidence of clinical malaria using a Poisson model (q < 0.05)In this table, ‘rs values’ are as defined in the NCBI dbSNP repository, ‘minor frequency’ columns denote the minor allele frequencies of each SNP from the genotypes analysed in this study respectively for mother and child, p-values are the output of Poisson analysis, adjusted p-values are the corresponding p-values re-calculated to consider the children’s SNP as a co-factor, and q-values are the p-values adjusted for multiple testing using a false detection rate (FDR) model. OR denotes the odds ratio of clinical malaria for the minor allele compared to the major allele; the subsequent columns of lower_CI and upper_CI, respectively denote the lower and upper boundaries of the OR 95% confidence interval. In the columns defining the reference and alternate alleles, the genotype conferring risk to malarial incidence is marked with an asterisk (*) as inferred from the OR and its confidence intervalSimilarly, maternally associated SNPs were found in 10 genes (Table Haplotype trend regression of the SNPs identified in Tables 
Genes and their haplotypes that are statistically associated with the incidence of clinical malaria via haplotype trend regression (HTR) analysisThe ‘maternal/child’ column defines if the gene and haplotype was identified in the maternal or children genomes, the ‘haplotype’ column lists the alleles found in the haplotype in sequence of increasing genomic position, further defined in the columns ‘rs_value’ (as defined in the NCBI dbSNP repository), ‘chromosome’, and ‘position’ (as annotated in human whole genome build hg38). The ‘f-statistic’ and ‘p-value’ columns respectively detail the Fisher-statistic for goodness-of-fit of the haplotype to the tested model and haplotype trend regression (HTR) p-value for association of the haplotype with primary cases of clinical malaria. The two haplotypes for 