Olfactory acuity and shock reactivity of mutants
| Strain | Olfactory acuity2-a | |||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| OCT dilution | MCH dilution | Shock reactivity2-a | ||||||||||
| 100 | 10−2 | 100 | 10−2 | 60 V | 20 V | |||||||
| Mean ± SEM | p | Mean ± SEM | p | Mean ± SEM | p | Mean ± SEM | p | Mean ± SEM | p | Mean ± SEM | p | |
| w(CS10) | 57 ± 6 | 27 ± 6 | 68 ± 4 | 27 ± 6 | 83 ± 3 | 39 ± 5 | ||||||
| amnX8 | 53 ± 42-b | 0.729 | 20 ± 62-b | 0.396 | 58 ± 52-b | 0.246 | 19 ± 62-b | 0.376 | 81 ± 42-c | 0.728 | 37 ± 72-c | 0.760 |
| amn28A | 60 ± 62-b | 0.674 | 31 ± 62-b | 0.667 | 62 ± 92-b | 0.515 | 27 ± 92-b | 0.988 | 79 ± 32-c | 0.536 | 39 ± 32-c | 0.917 |
↵F2-a n = 8 PIs per group.
↵F2-b Planned pairwise comparison (α′ = 0.006) tow(CS10) after a two-way ANOVA, with strain and odor/dilution as main effects and a strain × odor/dilution interaction term.
↵F2-c Planned pairwise comparison (α′ = 0.006) tow(CS10) after a two-way ANOVA, with strain and voltage as main effects and a strain × voltage interaction term.