Table 1.

Shock reactivity and olfactory acuity of flies expressing amn-RNAi in DPM neurons

Genotype	Shock reactivity	Olfactory acuity
		Octanol	Methylcyclohexanol
VT64246/+	71.80 ± 4.36	58.30 ± 2.77	60.50 ± 5.15
VT64246/amn-RNAi1	65.30 ± 2.87	73.30 ± 4.60	59.80 ± 4.78
+/amn-RNAi1	69.70 ± 2.83	61.90 ± 4.53	51.20 ± 4.01
VT64246/+	69.50 ± 4.11	59.80 ± 4.45	67.70 ± 4.39
VT64246/amn-RNAi2	67.20 ± 3.65	60.40 ± 3.35	63.60 ± 5.19
+/amn-RNAi2	74.00 ± 4.39	58.40 ± 5.31	62.20 ± 5.10

Data are shown as mean ± SEM. VT64246/amn-RNAi1 and VT64246/amn-RNAi2 flies exhibit normal shock reactivity (amn-RNAi1: F_(2,29) = 0.938, p = 0.406, n = 10; amn-RNAi2: F_(2,29) = 0.725, p = 0.493, n = 10) and normal olfactory acuity for octanol (amn-RNAi1: F_(2,29) = 3.726, p = 0.037, n = 10, post hoc Newman–Keuls test; VT64246/amn-RNAi versus VT64246/+, *p < 0.05; amn-RNAi2: F_(2,29) = 0.053, p = 0.948, n = 10) and methylcyclohexanol (amn-RNAi1: F_(2,29) = 1.230, p = 0.308, n = 10; amn-RNAi2: F_(2,29) = 0.352, p = 0.707, n = 10).