Additional file 1: of Transmission blocking sugar baits for the control of Leishmania development inside sand flies using environmentally friendly beta-glycosides and their aglycones

Table S1. Esculin hydrolysis activity in different tissues of adult L. longipalpis fed on sucrose. Table S2. Esculin hydrolysis activity in different tissues of adult male L. longipalpis fed on esculin-supplemented sucrose. Table S3. Esculin hydrolysis activity in different tissues of adult female L. longipalpis fed on esculin-supplemented sucrose. Table S4. In vitro effect of esculin on trehalase activity of adult male L. longipalpis. Tissue homogenates were incubated or not with esculin, and enzyme assays were performed using trehalose as a substrate. Table S5. Trehalase activity in adult male L. longipalpis after seven days of feeding on sucrose or sucrose with esculin. Sucrose supplemented with esculin 0.1% (w/v). Table S6. Trehalase activity in adult female L. longipalpis after seven days of feeding with sucrose or sucrose with esculin. Sucrose supplemented with esculin 0.1% (w/v). Table S7. In vitro effect of esculin on β-glucosidase activities of adult male L. longipalpis. Tissue homogenates were incubated with esculin and β-glucosidase was measured using cellobiose as a substrate. Table S8. In vitro effect of esculin on β-glucosidase activity in adult female L. longipalpis. Tissue homogenates were incubated with esculin and β-glucosidase was measured using cellobiose as a substrate. Table S9. Effect of supplementation of sucrose diet with esculin on β-glucosidase activities in male L. longipalpis. Tissue homogenates were assayed using cellobiose as a substrate. Table S10. In vitro effect of esculetin on the β-glucosidase activities in female L. longipalpis. Tissue homogenates were incubated with esculetin and then assayed using cellobiose as a substrate. (DOCX 27 kb