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. 2023 Jun 18;22:88–95. doi: 10.1016/j.ijpddr.2023.06.001

Table 3.

Single nucleotide polymorphism frequencies for Haemonchus contortus, Austria Study 1 (Untersweg et al., 2021) (BT = before treatment; PT = post treatment; <1% = below background threshold, *adjusted detection limit due to low background; excl. = excluded as not enough copies of the targeted Haemonchus-DNA were amplified; ND = no data [not analysed or no material available]; bold numbers = resistance alleles detected), R = resistant; SR = suspected resistance; S = susceptible, 95% confidence intervals and relative uncertainty are shown in the supplementary file 4.

Farm Drug % of Haemonchus larvae BT/PT % F200Y BT/PT % F167Y BT/PT % E198A BT/PT % egg count reduction (95% CI)
1 FBZ 92/88 90/93 excl./1 6/3 95 (87–99) SR
2 MOX 88/ND 83/ND 4/ND 12/ND 98 (87–100) SR
3 MOX 36/86 92/excl. 1/excl. 3/excl. 79 (53–97) R
4a FBZ 94/90 93/81 2/excl. 4/14 only one animal treated; 30% reduction
4b MOX 94/99 93/94 2/excl. 4/excl. 96 (87–99) SR
5 FBZ ND/ND 96/96 <1/excl. 4/3 96 (92–98) S only 9 animals treated
6 MOX 97/ND 97/94 1/excl. 2/3 97 (87–100) SR only 9 animals treated
7 MOX 25/100 95/94 1/1 2/5 99 (97–100) S
8 no treatment ND/ND 97/ND 1/ND 2/ND not done
9 MOX ND/ND 89/ND excl./ND 3/ND 100 (99–100) S
10 MOX 60/ND 96/97 <6*/1 excl./1 98 (92–100) S
12a FBZ 47/99 96/96 excl./excl. 3/excl. 48 (23–66) R
12b MOX 47/99 96/95 excl./<4* 3/5 84 (61–96) R