Figure S5. Fits between the model and the data for each data sample. Blue dots show filtered allele frequencies for putative segregating sites. The model fit is shown as gray lines; a distinct line is shown for each of the 250 replicate simulations run for the parameters generating the maximum likelihood fit. A. MHco3/10.BC4.noIVM. B. MHco3/10.BC4.IVM. C. MHco3/10.BC4.IVM.P3. D. MHco3/10.BC4.IVM.P4. E. MHco3/4.BC4.noIVM. F. MHco3/4.BC4.IVM. G. MHco3/4.BC4.IVM.P3. H. MHco3/4.BC4.IVM.P4. (TIF 9801 kb
Abstract Background Infections with helminths cause an enormous disease burden in billions of animal...
<p><b>(A) Synteny between major-effect</b><i><b>C. elegans</b></i><b>albendazole QTL and</b><i><b>C....
BACKGROUND:Infections with helminths cause an enormous disease burden in billions of animals and pla...
Figure S8. Contour maps of log likelihood scores derived from the two locus driver model. A. MHco10(...
Figure S2. Distribution of âprivateâ variant sites per parental population. A. MHco3(ISE). B. MH...
Figure S10. Haplotype structure of chromosome V in an example output from the model under neutral ev...
Figure S6. Location of significantly non-neutral loci identified using the single-locus population g...
Figure S1. Characterisation of within-population diversity. A. Within population nucleotide diversit...
Figure S4. Summary of genome-wide change in FST throughout the backcross and subsequent passage. Lin...
Table S1. Sample sequencing data archived at European Nucleotide Archive repository under the study ...
Figure S9. Relative position and location of candidate genes from the literature proposed to be asso...
BACKGROUND: Infections with helminths cause an enormous disease burden in billions of animals and pl...
Nucleotide sites and SNPs identified on each scaffold of both susceptible and resistant strains of H...
BACKGROUND:Infections with helminths cause an enormous disease burden in billions of animals and pla...
Haemonchus contortus is the leading parasitic nematode species used to study anthelmintic drug resis...
Abstract Background Infections with helminths cause an enormous disease burden in billions of animal...
<p><b>(A) Synteny between major-effect</b><i><b>C. elegans</b></i><b>albendazole QTL and</b><i><b>C....
BACKGROUND:Infections with helminths cause an enormous disease burden in billions of animals and pla...
Figure S8. Contour maps of log likelihood scores derived from the two locus driver model. A. MHco10(...
Figure S2. Distribution of âprivateâ variant sites per parental population. A. MHco3(ISE). B. MH...
Figure S10. Haplotype structure of chromosome V in an example output from the model under neutral ev...
Figure S6. Location of significantly non-neutral loci identified using the single-locus population g...
Figure S1. Characterisation of within-population diversity. A. Within population nucleotide diversit...
Figure S4. Summary of genome-wide change in FST throughout the backcross and subsequent passage. Lin...
Table S1. Sample sequencing data archived at European Nucleotide Archive repository under the study ...
Figure S9. Relative position and location of candidate genes from the literature proposed to be asso...
BACKGROUND: Infections with helminths cause an enormous disease burden in billions of animals and pl...
Nucleotide sites and SNPs identified on each scaffold of both susceptible and resistant strains of H...
BACKGROUND:Infections with helminths cause an enormous disease burden in billions of animals and pla...
Haemonchus contortus is the leading parasitic nematode species used to study anthelmintic drug resis...
Abstract Background Infections with helminths cause an enormous disease burden in billions of animal...
<p><b>(A) Synteny between major-effect</b><i><b>C. elegans</b></i><b>albendazole QTL and</b><i><b>C....
BACKGROUND:Infections with helminths cause an enormous disease burden in billions of animals and pla...