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. 2016 Feb 20;41(1):6–14. doi: 10.1584/jpestics.D15-056

Table 2. The properties of the 9 fungicides the same as Table 1.

Fungicides MoA*1 Registration criteria (µg/L) All organisms HC5 (µg/L) HC50 (µg/L)
ln Mean ln SD n
Hydroxyisoxazole A3 2800 12.57 1.40 13 29000 (6800–63000) 290000 (140000–570000)
Orysastrobin C3 120 7.68 0.87 5 520 (56–1100) 2200 (940–5000)
IBP F2 270 9.29 1.37 22 1100 (430–2100) 11000 (6600–18000)
Isoprothiolane F2 920 9.25 0.45 16 5000 (3300–6300) 10000 (8500–13000)
Tricyclazole I1 2100 10.07 1.08 17 4000 (1600–6900) 24000 (15000–37000)
Phthalide I1 87 11.46 1.57 17 7200 (1900–16000) 95000 (49000–180000)
Pyroquilon I1 3300 10.87 0.68 15 17000 (9200–25000) 52000 (39000–72000)
Chlorothalonil M 8 7.02 3.72 25 2.5 (0.22–12) 1100 (310–4000)
Probenazole P2 270 10.09 1.64 13 1600 (300–4100) 24000 (11000–54000)

*1 A3: inhibitors of DNA/RNA synthesis; C3: complex III; cytochrome bc1 (ubiquinol oxidase) at Qo site (cyt b gene); F2: inhibitors of phospholipid biosynthesis and methyltransferase; I1: inhibitors of reductase in melanin biosynthesis; M: multi-site contact activity; and P2: host plant defense induction.