Flaherty, Briana Talundzic, Eldin Barratt, Joel Kines, Kristine Olsen, Christian Lane, Meredith Sheth, Mili Bradbury, Richard Additional file 2: of Restriction enzyme digestion of host DNA enhances universal detection of parasitic pathogens in blood via targeted amplicon deep sequencing Figure S2. Scatterplots demonstrating human reads per thousand (x-axis) vs parasite reads per thousand (y-axis) for undigested samples (black), digested samples cleaned using the > 2 kb DNA cleanup protocol (red), and digested samples cleaned using the < 2 kb DNA cleanup protocol (blue). Plots demonstrate a shift in reads for all parasite species tested: (a) P. falciparum, (b) P. vivax, (c) P. ovale, (d) P. malariae, (e) P. knowlesi, (f) B. microti, (g) B. divergens, (h) B. duncani, (i) L. infantum subspecies infantum, (j) L. infantum subspecies donovani, (k) T. cruzi, (l) T. brucei subspecies rhodesiense, (m) B. malayi, (n) W. bancrofti, (o) L. loa, and (p) C. felis. (TIF 5182 kb) Molecular parasitology;Amplicon sequencing;Blood microbiota;Parasite biodiversity 2018-09-17
    https://springernature.figshare.com/articles/figure/Additional_file_2_of_Restriction_enzyme_digestion_of_host_DNA_enhances_universal_detection_of_parasitic_pathogens_in_blood_via_targeted_amplicon_deep_sequencing/7096643
10.6084/m9.figshare.7096643.v1