Transinfected Wolbachia have minimal effects on male reproductive success in Aedes aegypti

Parasites & Vectors

Table 1 Summary of statistics comparing the fecundity of Wolbachia -infected and uninfected Ae. aegypti

Male larval nutrition	Line 1	Line 2	t	df	P	Holm-Bonferroni α
Low	POPO	WTWT	−5.208	149.789	0.000	0.005
	POWT	WTWT	−6.447	143.388	0.000	0.005
	MOWT	WTWT	−5.731	143.918	0.000	0.006
	MOMO	WTWT	−6.069	142.731	0.000	0.007
	MOWT	POPO	−0.876	142.470	0.382	0.008
	MOMO	POPO	−0.740	142.995	0.460	0.010
	POPO	POWT	0.610	146.934	0.543	0.012
	MOWT	POWT	−0.414	128.308	0.680	0.017
	MOMO	POWT	−0.212	140.967	0.833	0.025
	MOMO	MOWT	0.209	135.443	0.835	0.050
High	POPO	WTWT	−6.434	197.020	0.000	0.005
	POWT	WTWT	−5.771	205.069	0.000	0.005
	MOWT	POPO	3.864	182.960	0.000	0.006
	MOMO	WTWT	−3.401	184.690	0.001	0.007
	MOMO	POPO	3.415	183.289	0.001	0.008
	MOWT	WTWT	−3.259	179.891	0.001	0.010
	MOWT	POWT	3.077	197.993	0.002	0.012
	MOMO	POWT	2.687	195.237	0.008	0.017
	MOMO	MOWT	−0.284	166.015	0.777	0.025
	POPO	POWT	−0.773	214.391	0.441	0.050

MGYP2.out females x MGYP2.out males (MOMO), MGYP2.out females x wild-type males (MOWT), A.PGYP1.out females x A.PGYP1.out male (POPO), A.PGYP1.out females x wild-type males (POWT) and wild-type males x wild-type females (WTWT). Unequal variance t-test is significant if P < Holm-Bonferroni α.

ISSN: 1756-3305