Table 1. Physiological effects of dsRNA-mediated silencing of α-glucosidase.

Accessiona	Putative Function b	E-value	Organism Similarity	Identities (%)
FJ236283	Alpha-glucosidase	3e-145	Rhodnius prolixus	100
XP_001851486	Alpha-glucosidase	8e-102	Culex quinquefasciatus	70
XP_001869889	Alpha-amylase	4e-93	Culex quinquefasciatus	64
XP_001847532	Alpha-glucosidase	5e-90	Culex quinquefasciatus	64
XP_001656785	Alpha-amylase	7e-101	Aedes aegypti	69
CAA60858	Maltose like protein Agm2	4e-86	Anopheles gambie	59
AAB82328	Maltase 2	1e-71	Drosophila virilis	52
PDBc ZEO_A	Alpha-glucosidase	6e-47	Geobacillus sp.	27
PDB 1UOK_A	Oligo-1,6-Glucosidase	1e-25	Bacillus cereus	27
CAA87020	Alpha-glucosidase	2e-22	Saccharomyces cerevisiae	24

The insects were injected with 2 µL of 100 mM PBS pH 7.4 or dsLacZ (controls) and dsα-glu (2 or 10 µg/female); mortality and oviposition were monitored 4 days after feeding. In all panels, results are means ±SEM (n = 70). The insects injected with 10 µg dsα-glu, analyzed 4 days feeding, were significantly different from control insects injected with both PBS and dsLacZ and also analyzed 4 days after feeding ^*(P<0.05).

^aAccess number to GenBank database.

^bFunction expected according the Blastx sequence results similarity in GenBank database.

^cProtein Data Bank.