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Table 1 Fungicidal activities of title compounds against seven kinds of pathogenic fungi

From: Synthesis and fungicidal activity of pyrazole derivatives containing 1,2,3,4-tetrahydroquinoline

Compd.

R1

R2

Fungicidal activity (%)/50 μg/mL

P. a

R. s

V. m

S. s

B. c

F. m

G. g. t

10a

Me

Me

5.2

19.7

17.8

33.6

6.9

11.8

4.5

10b

Me

Et

12.9

30.7

14.4

40.1

5.7

15.8

31.7

10c

Me

i-Pr

12.1

40.6

53.0

72.8

20.8

17.0

8.9

10d

Me

Ph

35.1

62.2

91.9

92.6

74.1

49.7

100

10e

Me

4-OMePh

25.4

63.4

91.5

84.8

61.8

48.5

100

10f

Me

4-ClPh

15.3

54.7

57.6

85.3

52.3

27.4

35.7

10g

Ph

Me

30.6

26.8

23.3

48.4

28.8

22.6

79.0

10h

Ph

Et

40.3

39.4

65.7

84.3

66.2

48.5

99.1

10i

Ph

n-Pr

53.6

61.0

86.4

97.2

78.9

54.5

96.1

10j

Ph

i-Pr

50.4

56.7

86.0

88.0

79.3

50.9

90.1

10k

Ph

Ph

12.1

33.5

47.5

72.8

37.1

36.2

87.1

10l

2-ClPh

Me

20.2

19.7

49.6

88.5

35.1

21.0

78.6

10m

2-ClPh

4-ClPh

4.8

22.4

36.9

47.9

36.7

17.8

76.4

10n

t-Bu

Me

17.7

24.8

24.6

32.7

24.0

17.0

26.3

10o

3-ClPy

Cl

24.2

26.8

39.8

45.6

47.9

27.0

65.7

10p

3-ClPy

Br

38.7

39.0

56.8

59.9

42.7

28.6

72.6

Pyraclostrobin

–

–

47.4

100

89.0

100

84.5

78.5

100

  1. P. a: Pythium aphanidermatum, R. s: Rhizoctonia solani, V. m: Valsa mali, S. s: Sclerotinia sclerotiorum, B. c: Botrytis cinerea, F. m: Fusarium moniliforme, G. g. t: Gaeumannomyces graminis var. tritici