JP2001278702A - Nematocide containing nitrostyrene derivative - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a new safe nematocide having low toxicity. SOLUTION: This nematocide contains a compound expressed by the formula (I) (wherein, R1 and R2 are each independently hydrogen, a lower alkyl, a lower alkoxy, an acyl or the like; and X1 and X2 are each independently hydrogen, a halogen, a lower alkyl, a lower alkenyl, a lower alkoxy, a lower alkylthio, nitro or the like), its salt, or a solvate of the compound or the salt, and it is useful for exterminating various nematodes.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

[0001] The present invention relates to a nematicide, which is a kind of agricultural or veterinary drug, containing a nitrostyrene derivative.

[0002]

2. Description of the Related Art As nematicides, DD (1,3-dichloropropane), chloropicrin, oxamyl, ethylene bromide and methyl bromide are used for controlling nematodes in soil and fumigants. ing. Further, compounds similar to the nitrostyrene derivative according to the present invention are described below. J.
Agric. Food Chem., 38, 996, 1990 states that β-nitrostyrene is effective for root-knot nematodes or cyst nematodes, but no evidence is given in this document. JP-T-8-506089 describes nitrostyrene derivatives as one of the compounds having fungicidal, insecticidal and nematicidal activities for plants, but the specific activity is shown only in the insecticidal activity. is there. Other uses include nitrostyrene derivatives in FR 2115089, Chim. Th
er. (1972), 7 (3), 214-220, Chim. Ther. (1971), 6
(3), 186-191, Farmaco.Ed.Sci. (1972), 27 (4), 257-3
12, Farmaco.Ed.Sci. (1975), 30 (2), 81-109 etc. have anticancer activity, Tr. Nauch. Knof. Parazitol. Uk. SSR, 7 t
h., 2,263,1972, anti-worm activity, JP-A-52-139032, animal pesticidal activity, Ann.Pharm.Fr. 1978, 36 (11-
12), 607-620 have amoebicidal and trichomonidic activity,
US Pat. No. 3,657,772 describes antibacterial and antifungal activities, and JP-A-42-6173 describes that it has antifungal activities.

[0003]

SUMMARY OF THE INVENTION An object of the present invention is to provide a novel nematicide which is safe and low in toxicity.

[0004]

Means for Solving the Problems The present invention provides [1] Formula (I):

Embedded image (Wherein R1 and R2 are each independently hydrogen, lower alkyl optionally having substituent (s), lower alkoxy optionally having substituent (s), lower alkoxycarbonyl optionally having substituent (s)) X1 is an acyl which may have a substituent or an aryl which may have a substituent;
And X2 are each independently hydrogen, hydroxy, halogen, lower alkyl optionally having substituent (s), lower alkenyl optionally having substituent (s), lower alkoxy optionally having substituent (s), Lower alkylthio optionally having a group, aryloxy optionally having a substituent, arylthio optionally having a substituent, nitro or amino optionally having a substituent, X1 And X2 may together form a lower alkylenedioxy), or a nematicide containing the salt thereof or a solvate thereof.

[2] X1 is hydrogen, halogen, lower alkenyl optionally substituted by nitro, lower alkoxy optionally substituted, lower alkylthio optionally substituted, The nematicide according to [1], which is aryloxy or nitro which may be possessed, wherein X2 is hydrogen, halogen or nitro, or X1 and X2 together form methylenedioxy; 3]
The nematicide according to [1] or [2], wherein X1 is substituted at the 4-position, [4] the nematicide according to any of [1] to [3], wherein X2 is hydrogen. [5] the nematicide according to any one of [1] to [4], wherein R1 is hydrogen, lower alkyl or acyl, and [6] R2 is hydrogen,
It provides a nematicide according to any one of [1] to [5].

In the present specification, "halogen" refers to fluorine, chlorine, bromine and iodine. The same applies to "halogenated lower alkyl", "halogenated lower alkoxy", "halogenated lower alkylthio", "halogenated lower alkenyl" and "halogenated lower alkenyloxy". “Lower alkyl” means 1 to 10 carbon atoms, preferably 1 to 6 carbon atoms, more preferably 1 to 3 carbon atoms.
Linear or branched alkyl. For example,
Methyl, ethyl, propyl, isopropyl, n-butyl, isobutyl, s-butyl, t-butyl, pentyl,
Examples include isopentyl, neopentyl, t-pentyl, 1-ethylpropyl, hexyl, isohexyl, heptyl, octyl, nonyl, decyl and the like. Preferably it is methyl, ethyl, propyl or isopropyl.

Examples of the substituent of the "optionally substituted lower alkyl" include halogen, hydroxy, lower alkoxy, halogenated lower alkoxy, lower alkenyloxy, halogenated lower alkenyloxy, acyl, carboxy, and lower alkoxycarbonyl. , Mercapto, lower alkylthio, lower alkylthio halides, cycloalkyl, aryl, heteroaryl, nitro and amino. Any position may be substituted with one or more substituents arbitrarily selected from these. Preferably, it is alkyl having 1 to 3 carbons which may be substituted with halogen or aryl. "Halogenated lower alkyl", "lower alkoxy", "optionally substituted lower alkoxy", "halogenated lower alkoxy",
“Lower alkoxycarbonyl”, “lower alkoxycarbonyl optionally having substituent”, “lower alkylthio”, “lower alkylthio optionally having substituent”, “halogenated lower alkylthio”, “mono-lower” The lower alkyl portion and the substituent of "alkylamino" and "di-lower alkylamino" are the same as described above. Preferred examples of "lower alkoxy optionally having substituent (s)" for R1 and R2 are unsubstituted alkoxy having 1 to 3 carbon atoms. Preferred examples of "lower alkoxy optionally having substituent (s)" for X1 to X5 are alkoxy having 1 to 3 carbon atoms which may be substituted with aryl or cycloalkyl.

Preferred examples of "lower alkylthio optionally having substituent (s)" are alkylthio having 1 to 3 carbon atoms which may be substituted by aryl. Preferred examples of "optionally substituted lower alkoxycarbonyl" are unsubstituted methoxycarbonyl, unsubstituted ethoxycarbonyl and unsubstituted propyloxycarbonyl. "Lower alkenyl" refers to a straight-chain or branched alkenyl having one or more double bonds having 2 to 10 carbon atoms, preferably 2 to 6 carbon atoms, more preferably 2 to 4 carbon atoms. Include. For example, vinyl, allyl, isopropenyl, 1-propenyl, 2-methyl-1-propenyl, 1
-Butenyl, 2-butenyl, 3-butenyl, 2-ethyl-1-butenyl, 3-methyl-2-butenyl, 1-pentenyl, 2-pentenyl, 3-pentenyl, 4-pentenyl, 4-methyl-3-pentenyl , 1-hexenyl,
2-hexenyl, 3-hexenyl, 4-hexenyl, 5
-Hexenyl, 1-heptenyl, 1-octenyl, geranyl, 1-decenyl and the like, with vinyl or allyl being preferred. The same applies to the lower alkenyl part of the “halogenated lower alkenyl” and the “optionally substituted lower alkenyl”. The substituent of the “optionally substituted lower alkenyl” is the same as the substituent of the “optionally substituted lower alkyl”. Alkenyl having 2 to 4 carbon atoms which may be substituted by nitro is preferable.

The lower alkenyl part of "lower alkenyloxy" is the same as the above "lower alkenyl". For example, alkenyloxy having 2 to 7 carbon atoms such as vinyloxy, allyloxy, 1-propenyloxy, 2-methyl-1-propenyloxy, 1-butenyloxy, 2-butenyloxy, 3-butenyloxy and 2-ethyl-1-butenyloxy, etc. It is. The lower alkenyloxy part of the “halogenated lower alkenyloxy” is the same as the above “lower alkenyloxy”. “Cycloalkyl” is a carbon ring having 3 to 6 carbon atoms, and includes, for example, cyclopropyl, cyclobutyl, cyclopentyl, cyclohexyl and the like. "Lower alkylenedioxy" includes, for example, methylenedioxy and ethylenedioxy. Examples of the substituent of "amino which may have a substituent" include, for example, halogen, hydroxy, lower alkyl,
Lower alkenyl, lower alkyl halide, lower alkenyl halide, acyl and lower alkoxycarbonyl are exemplified. Preferred specific examples include unsubstituted amino, mono-lower alkylamino (eg, methylamino, ethylamino, n-propylamino, etc.) and di-lower alkylamino (eg, dimethylamino, diethylamino, etc.). “Aryl” is phenyl,
Includes naphthyl, anthryl, indenyl, phenanthryl and the like. Preferably it is phenyl.

As the substituent of the "aryl which may have a substituent", halogen, hydroxy, lower alkyl,
Halogenated lower alkyl, lower alkoxy, halogenated lower alkoxy, lower alkenyl, halogenated lower alkenyl, lower alkenyloxy, halogenated lower alkenyloxy, acyl, carboxy, lower alkoxycarbonyl, mercapto, lower alkylthio, halogenated lower alkylthio, cyclo Examples include alkyl, aryl, heteroaryl, nitro and amino, preferably halogen, hydroxy, lower alkoxy, mercapto and lower alkylthio. Any position may be substituted with one or more substituents arbitrarily selected from these substituents. Unsubstituted aryl is preferred. "Aryloxy" includes phenoxy, indenyloxy, naphthyloxy, anthryloxy and phenanthryloxy, preferably phenyl. The substituent of "aryloxy optionally having substituent (s)" is the same as the substituent of "aryl optionally having substituent (s)".
Unsubstituted aryloxy is preferred. "Arylthio"
And the aryl part and the substituent part of “arylthio optionally having substituent (s)” are also the same as “aryl optionally having substituent (s)”.

The term "acyl" includes arylcarbonyl and linear or branched alkylcarbonyl having 1 to 10 carbon atoms. The alkyl moiety and the aryl moiety are the same as the above “lower alkyl” and “aryl”, respectively. Specifically, formyl, acetyl, propionyl, butyryl, isobutyryl, valeryl, pivaloyl,
Hexanoyl, acryloyl, propioyl, methacryloyl, crotonoyl, cyclohexanecarbonyl, benzoyl and the like. The substituent of the "optionally substituted acyl" is the same as the "optionally substituted lower alkyl", and is preferably an unsubstituted lower alkylcarbonyl having 1 to 3 carbon atoms. It is a substituted benzoyl.

The term "heteroaryl" includes monocyclic or polycyclic heteroaryl, for example, a nitrogen atom,
A 5- to 10-membered monocyclic or polycyclic heteroaryl containing from 1 to 4 heteroatoms selected from an oxygen atom and a sulfur atom as ring-constituting atoms is exemplified. For example, pyrrolyl, imidazolyl, pyrazolyl, pyridyl, pyridazinyl, pyrimidinyl, pyrazinyl, triazolyl, triazinyl, isoxazolyl, oxazolyl, oxadiazolyl, isothiazolyl, thiazolyl, thiadiazolyl,
Monocyclic heteroaryl such as furyl and thienyl, indolyl, carbazolyl, acridinyl, benzimidazolyl, indazolyl, indolizinyl, quinolyl, isoquinolyl, cinnolinyl, phthalazinyl, quinazolinyl, naphthyridinyl, quinoxalinyl, prinyl, pteridinyl, benzoisoxazolyl, benzoisoxazolyl Zolyl, benzoxdiazolyl, benzoisothiazolyl,
Includes fused heteroaryls such as benzothiazolyl, benzothiadiazolyl, benzofuryl, benzothienyl, benzotriazolyl. The substituent of the “optionally substituted heteroaryl” is the same as the above-mentioned “optionally substituted aryl”.

The salts of the compounds according to the present invention include, for example, salts with inorganic bases, salts with organic bases, salts with inorganic acids, salts with organic acids, and basic or acidic amino salts. Can be Salts with inorganic bases include alkali metal salts such as sodium and potassium salts, calcium salts,
Alkaline earth metal salts such as magnesium salts and barium salts, and aluminum salts and ammonium salts and the like. Salts with organic bases include salts with trimethylamine, triethylamine, pyridine, picoline, ethanolamine, diethanolamine, triethanolamine, dicyclohexylamine, N, N'-dibenzylethylenediamine, and the like. Examples of salts with inorganic acids include salts with hydrochloric acid, hydrofluoric acid, hydrobromic acid, nitric acid, sulfuric acid, phosphoric acid, perchloric acid, hydroiodic acid, and the like. As salts with organic acids, formic acid, acetic acid, trifluoroacetic acid, fumaric acid, oxalic acid, tartaric acid, maleic acid, citric acid, succinic acid, malic acid, mandelic acid, ascorbic acid, lactic acid, gluconic acid, methanesulfonic acid , P-toluenesulfonic acid, and salts with benzenesulfonic acid and the like. Examples of salts with basic amino acids include salts with arginine, lysine, and ornithine.As salts with acidic amino acids,
Salts with aspartic acid, glutamic acid and the like can be mentioned. The compounds of the present invention may coordinate with a suitable organic solvent and / or water to form a solvate. Preferably, it is a hydrate. These salts and hydrates can be prepared according to a conventional method.

Preferred embodiments of the compound according to the present invention are as follows. In the formula (I), 1) X1 is hydrogen, halogen, lower alkoxy, cycloalkyl lower alkoxy, aryl lower alkoxy, lower alkylthio, aryloxy or nitro;
A compound wherein 2 is hydrogen, halogen or nitro, or X1 and X2 together form methylenedioxy (hereinafter X1 and X2 are X-1); 2) X1 is hydrogen, halogen, Lower alkoxy, aryl lower alkoxy, lower alkylthio, aryloxy or nitro, X2 is hydrogen or halogen, or X1 and X2 together form methylenedioxy (hereinafter, X1 and X2 are X-2 3) lower alkoxy, aryl-lower alkoxy or lower alkylthio wherein X1 is substituted at the 4-position, X
2 is hydrogen or halogen (hereinafter, X1 and X2
Is X-3),

4) R1 is hydrogen, lower alkyl which may have a substituent, lower alkoxy which may have a substituent or acyl which may have a substituent (hereinafter, R1 is 5) R1 is hydrogen, lower alkyl which may have a substituent, or acyl which may have a substituent (hereinafter, R1 is R1-2) 6) A compound wherein R1 is hydrogen, lower alkyl or acetyl (hereinafter R1 is R1-3) 7) R1 is hydrogen or methyl (hereinafter R1 is R1
8) a compound wherein R2 is hydrogen or lower alkyl which may have a substituent (hereinafter, R2 is R2-1) 9) R2 is hydrogen or methyl (Hereinafter, R2 is R2
10) a compound wherein R2 is hydrogen (hereinafter, R2 is R2-3);

11) Compounds (X-1, R1-1, R2-1) in which the combination (X, R1, R2) of X1, X2, R1 and R2 is as follows:
1, R2-2), (X-1, R1-1, R2-3),
(X-1, R1-2, R2-1), (X-1, R1-
2, R2-2), (X-1, R1-2, R2-3),
(X-1, R1-3, R2-1), (X-1, R1-
3, R2-2), (X-1, R1-3, R2-3),
(X-1, R1-4, R2-1), (X-1, R1-
4, R2-2), (X-1, R1-4, R2-3),
(X-2, R1-1, R2-1), (X-2, R1-
1, R2-2), (X-2, R1-1, R2-3),
(X-2, R1-2, R2-1), (X-2, R1-
2, R2-2), (X-2, R1-2, R2-3),
(X-2, R1-3, R2-1), (X-2, R1-
3, R2-2), (X-2, R1-3, R2-3),
(X-2, R1-4, R2-1), (X-2, R1-
4, R2-2) or (X-2, R1-4, R2-3) or a salt thereof or a solvate thereof.

The compound (I) according to the present invention is JACS, 7
4,4486 (1952); Chem. Ber. , 2
0, 1928 (1887), Chem. Ber. , 3
2,1293 (1899), Chem. Ber. , 3
7, 4502 (1904), Org. Synthese
s, Coll. Vol. 1, 413 (1941);
Org. Chem. , 15, 8 (1950); Ch
em. Soc. , 99, 282 (1911), Acta
Chem. Scad. , 52, 754, 1988, Ca
n. J. Chem. 1967, 45 (9), 1001-
1006, Aust. J. Chem. 1976, 29
(12), 2607-2614, Farmaco. E
d. Sci. 1975, 30 (2), 81-109, C
hem. Pharm. bull. 1975, 23 (1
1) 2878-2890; Chem. Soc. C
(1969) (6) 986-990; Org. Ch
em. 1995, 60 (13) 4204-4212, F
R2115089, JP-A-52-139032, JP-A-54-39029, JP-A-58-167561, JP-T-8-506089, US3652772, and the like.

For example, a (β-substituted) -β-nitrostyrene derivative can be obtained by the following method. First,
0.1 mol of a benzaldehyde compound optionally having a substituent and 0.1 to 0.1 of a 2-substituted nitroalkane compound
5 moles are reacted at room temperature or under heating. If necessary, a solvent such as methanol or acetic acid and a catalyst such as an alkylamine or an organic base such as pyridine or sodium carbonate,
An inorganic base such as potassium carbonate, sodium bicarbonate, potassium bicarbonate, sodium hydroxide, or potassium hydroxide may be added. When crystals of the target substance are precipitated, the crystals are filtered by suction and washed with a solvent such as methanol or benzene. If crystals do not precipitate, the reaction solution is poured into ice water and the precipitated crystals are treated in the same manner as described above to obtain the desired (β-substituted) -β-nitrostyrene derivative. In the case of obtaining an (α-substituted) -β-nitrostyrene derivative, 0.1 mol of a phenyl-alkyl or phenyl-aryl ketone which may have a suitable substituent and 0.1 mol of a 2-substituted nitroalkane may be used.
The treatment may be performed in the same manner as described above, using 1 to 0.15 mol.

The following are specific examples of the compound according to the present invention. In the following notation, the substitution position of X is

Embedded image Is represented by the position where the substitution position is the first position.

Embedded image(Compound number; X and its substitution position; R1; R2) = (1; H; H; H),
 (2; H; H; CH_Three), (3; H; H; C _TwoH_Five), (4; H; H; C_ThreeH₇), (5; H; H; i
-C_ThreeH₇), (6; H; H; Ph), (7; H; H; CH_TwoPh), (8; H; CH_Three; H),
(9; H; CH_Three; CH_Three), (10; H; CH_Three; C_TwoH_Five), (11; H; CH_Three; C_ThreeH₇),
(12; H; CH_Three;I c_ThreeH₇), (13; H; CH_Three; Ph), (14; H; CH_Three; CH_TwoPh),
 (15; H; CF_Three; H), (16; H; CF_Three; CH_Three), (17; H; CF_Three; C_TwoH_Five), (1
8; H; CF_Three; C_ThreeH₇), (19; H; CF_Three;I c_ThreeH₇), (20; H; CF_Three; Ph),
(21; H; CF_Three; CH_TwoPh), (22; H; C_TwoH_Five; H), (23; H; C_TwoH_Five; CH_Three),
(24; H; C_TwoH_Five; C_TwoH_Five), (25; H; C_TwoH_Five; C_ThreeH₇), (26; H; C_TwoH_Five;I c_Three
H₇), (27; H; C_TwoH_Five; Ph), (28; H; C_TwoH_Five; CH_TwoPh), (29; H; C
_ThreeH₇; H), (30; H; C_ThreeH₇; CH_Three), (31; H; C_ThreeH₇; C_TwoH_Five), (32; H; C
_ThreeH₇; C_ThreeH₇), (33; H; C_ThreeH₇;I c_ThreeH₇), (34; H; C_ThreeH₇; Ph), (35;
H; C_ThreeH₇; CH_TwoPh), (36; H; i-C_ThreeH₇; H), (37; H; i-C_ThreeH₇; CH_Three),
 (38; H; i-C_ThreeH₇; C_TwoH_Five), (39; H; i-C_ThreeH₇; OC_ThreeH₇), (40; H; i-
C_ThreeH₇;I c_ThreeH₇), (41; H; i-C_ThreeH₇; Ph), (42; H; i-C_ThreeH₇; CH_TwoP
h), (43; H; Ph; H), (44; H; Ph; CH_Three), (45; H; Ph; C_TwoH_Five),(Four
6; H; Ph; C_ThreeH₇), (47; H; Ph; i-C_ThreeH₇), (48; H; Ph; Ph), (49;
H; Ph; CH_TwoPh), (50; H; CH_TwoPh; H), (51; H; CH_TwoPh; CH_Three), (Five
2; H; CH_TwoPh; C_TwoH_Five), (53; H; CH_TwoPh; C_ThreeH₇), (54; H; CH_TwoPh; i-
C_ThreeH₇), (55; H; CH_TwoPh; Ph), (56; H; CH_TwoPh; CH_TwoPh), (57; H;
COCH_Three; H), (58; H; COCH_Three; CH_Three), (59; H; COCH_Three; C_TwoH_Five), (6
0; H; COCH_Three; C_ThreeH₇), (61; H; COCH_Three;I c_ThreeH₇), (62; H; COCH_Three; P
h), (63; H; COCH_Three; CH_TwoPh), (64; H; COPh; H), (65; H; COPh;
CH_Three), (66; H; COPh; C_TwoH_Five), (67; H; COPh; C_ThreeH₇), (68; H; CO
Ph; i-C_ThreeH₇), (69; H; COPh; Ph), (70; H; COPh; CH_TwoPh),

(71; 2-CH_Three; H; H), (72; 2-CH_Three; H; CH_Three), (73;
2-CH_Three; H; C_TwoH_Five), (74; 2-CH_Three; H; C_ThreeH₇), (75; 2-CH_Three; H; i-C_ThreeH
₇), (76; 2-CH_Three; H; Ph), (77; 2-CH_Three; H; CH_TwoPh), (78; 2-C
H_Three; CH_Three; H), (79; 2-CH_Three; CH_Three; CH_Three), (80; 2-CH_Three; CH_Three; C
_TwoH_Five), (81; 2-CH_Three; CH_Three; C_ThreeH₇), (82; 2-CH_Three; CH_Three;I c_ThreeH₇),
(83; 2-CH_Three; CH_Three; Ph), (84; 2-CH_Three; CH_Three; CH_TwoPh), (85; 2-C
H_Three; CF_Three; H), (86; 2-CH_Three; CF_Three; CH_Three), (87; 2-CH_Three; CF_Three; C
_TwoH_Five), (88; 2-CH_Three; CF_Three; C_ThreeH₇), (89; 2-CH_Three; CF_Three;I c_ThreeH₇),
(90; 2-CH_Three; CF_Three; Ph), (91; 2-CH_Three; CF_Three; CH_TwoPh), (92; 2-C
H_Three; C_TwoH_Five; H), (93; 2-CH_Three; C_TwoH_Five; CH_Three), (94; 2-CH_Three; C_TwoH_Five; C_Two
H_Five), (95; 2-CH_Three; C_TwoH_Five; C_ThreeH₇), (96; 2-CH_Three; C_TwoH_Five;I c_ThreeH₇),
 (97; 2-CH_Three; C_TwoH_Five; Ph), (98; 2-CH_Three; C_TwoH_Five; CH_TwoPh), (99; 2-
CH_Three; C_ThreeH₇; H), (100; 2-CH_Three; C_ThreeH₇; CH_Three), (101; 2-CH_Three; C
_ThreeH₇; C_TwoH_Five), (102; 2-CH_Three; C_ThreeH₇; C_ThreeH₇), (103; 2-CH_Three; C_ThreeH₇;
I c_ThreeH₇), (104; 2-CH_Three; C_ThreeH₇; Ph), (105; 2-CH_Three; C_ThreeH₇; CH _TwoP
h), (106; 2-CH_Three;I c_ThreeH₇; H), (107; 2-CH_Three;I c_ThreeH₇; CH_Three),
(108; 2-CH_Three;I c_ThreeH₇; C_TwoH_Five), (109; 2-CH_Three;I c_ThreeH₇; C_ThreeH₇),
(110; 2-CH_Three;I c_ThreeH₇;I c_ThreeH₇), (111; 2-CH_Three;I c_ThreeH₇; Ph),
(112; 2-CH_Three;I c_ThreeH₇; CH_TwoPh), (113; 2-CH_Three; Ph; H), (114; 2
-CH_Three; Ph; CH_Three), (115; 2-CH_Three; Ph; C_TwoH_Five), (116; 2-CH_Three; Ph; C_Three
H₇), (117; 2-CH_Three; Ph; i-C_ThreeH₇), (118; 2-CH_Three; Ph; Ph), (11
9; 2-CH_Three; Ph; CH_TwoPh), (120; 2-CH_Three; CH_TwoPh; H), (121; 2-C
H_Three; CH_TwoPh; CH_Three), (122; 2-CH_Three; CH_TwoPh; OC_TwoH_Five), (123; 2-C
H_Three; CH_TwoPh; C_ThreeH₇), (124; 2-CH_Three; CH_TwoPh; i-C_ThreeH₇), (125; 2-C
H_Three; CH_TwoPh; Ph), (126; 2-CH_Three; CH_TwoPh; CH_TwoPh), (127; 2-CH_Three;
COCH_Three; H), (128; 2-CH_Three; COCH_Three; CH_Three), (129; 2-CH_Three; COCH_Three;
C_TwoH_Five), (130; 2-CH_Three; COCH_Three; C_ThreeH ₇), (131; 2-CH_Three; COCH_Three; i-
C_ThreeH₇), (132; 2-CH_Three; COCH_Three; Ph), (133; 2-CH_Three; COCH_Three; CH_TwoP
h), (134; 2-CH_Three; COPh; H), (135; 2-CH_Three; COPh; CH_Three), (13
6; 2-CH_Three; COPh; C_TwoH_Five), (137; 2-CH_Three; COPh; C_ThreeH₇), (138; 2-
CH_Three; COPh; i-C_ThreeH₇), (139; 2-CH_Three; COPh; Ph), (140; 2-CH_Three;
COPh; CH_TwoPh),

(141; 3-CH_Three; H; H), (142; 3-CH_Three; H; CH_Three), (1
43; 3-CH_Three; H; C_TwoH_Five), (144; 3-CH_Three; H; C_ThreeH ₇), (145; 3-CH_Three;
H; i-C_ThreeH₇), (146; 3-CH_Three; H; Ph), (147; 3-CH_Three; H; CH_TwoPh),
(148; 3-CH_Three; CH_Three; H), (149; 3-CH_Three; CH_Three; CH_Three), (150; 3-C
H_Three; CH_Three; C_TwoH_Five), (151; 3-CH_Three; CH_Three; C_ThreeH₇), (152; 3-CH_Three; C
H_Three;I c_ThreeH₇), (153; 3-CH_Three; CH_Three; Ph), (154; 3-CH_Three; CH_Three; CH_Two
Ph), (155; 3-CH_Three; CF_Three; H), (156; 3-CH_Three; CF_Three; CH_Three), (157; 3
-CH_Three; CF_Three; C_TwoH_Five), (158; 3-CH_Three; CF_Three; C_ThreeH₇), (159; 3-CH_Three; C
F_Three;I c_ThreeH₇), (160; 3-CH_Three; CF_Three; Ph), (161; 3-CH_Three; CF_Three; CH_Two
Ph), (162; 3-CH_Three; C_TwoH_Five; H), (163; 3-CH_Three; C_TwoH_Five; CH_Three), (16
4; 3-CH_Three; C_TwoH_Five; C_TwoH_Five), (165; 3-CH_Three; C_TwoH_Five; C_ThreeH₇), (166; 3-C
H_Three; C_TwoH_Five;I c_ThreeH₇), (167; 3-CH_Three; C_TwoH_Five; Ph), (168; 3-CH_Three; C
_TwoH_Five; CH_TwoPh), (169; 3-CH_Three; C_ThreeH₇; H), (170; 3-CH_Three; C_ThreeH₇; CH
_Three), (171; 3-CH _Three; C_ThreeH₇; C_TwoH_Five), (172; 3-CH_Three; C_ThreeH₇; C_ThreeH₇),
(173; 3-CH_Three; C_ThreeH₇;I c_ThreeH₇), (174; 3-CH_Three; C_ThreeH₇; Ph), (17
5; 3-CH_Three; C_ThreeH₇; CH_TwoPh), (176; 3-CH_Three;I c_ThreeH₇; H), (177; 3-
CH_Three;I c_ThreeH₇; CH_Three), (178; 3-CH_Three;I c_ThreeH₇; C_TwoH_Five), (179; 3-C
H_Three;I c_ThreeH₇; C_ThreeH₇), (180; 3-CH_Three;I c_ThreeH₇;I c_ThreeH₇), (181; 3
-CH_Three;I c_ThreeH₇; Ph), (182; 3-CH_Three;I c_ThreeH₇; CH_TwoPh), (183; 3-
CH _Three; Ph; H), (184; 3-CH_Three; Ph; CH_Three), (185; 3-CH_Three; Ph; C
_TwoH_Five), (186; 3-CH_Three; Ph; C_ThreeH₇), (187; 3-CH_Three; Ph; i-C_ThreeH₇),
(188; 3-CH_Three; Ph; Ph), (189; 3-CH_Three; Ph; CH_TwoPh), (190; 3-CH
_Three; CH_TwoPh; H), (191; 3-CH_Three; CH_TwoPh; CH_Three), (192; 3-CH_Three; CH_TwoP
h; C_TwoH_Five), (193; 3-CH_Three; CH _TwoPh; C_ThreeH₇), (194; 3-CH_Three; CH_TwoPh;
I c_ThreeH₇), (195; 3-CH_Three; CH_TwoPh; Ph), (196; 3-CH_Three; CH _TwoPh; CH
_TwoPh), (197; 3-CH_Three; COCH_Three; H), (198; 3-CH_Three; COCH_Three; CH_Three),
(199; 3-CH_Three; COCH_Three; C_TwoH_Five), (200; 3-CH_Three; COCH_Three; C_ThreeH₇), (2
01; 3-CH_Three; COCH_Three;I c_ThreeH₇), (202; 3-CH_Three; COCH_Three; Ph), (20
3; 3-CH_Three; COCH_Three; CH_TwoPh), (204; 3-CH_Three; COPh; H), (205; 3-C
H_Three; COPh; OCH _Three), (206; 3-CH_Three; COPh; C_TwoH_Five), (207; 3-CH_Three; C
OPh; C_ThreeH₇), (208; 3-CH_Three; COPh; i-C_ThreeH₇), (209; 3-CH_Three; COP
h; Ph), (210; 3-CH_Three; COPh; CH_TwoPh),

(211; 4-CH_Three; H; H), (212; 4-CH_Three; H; CH_Three), (2
13; 4-CH_Three; H; C_TwoH_Five), (214; 4-CH_Three; H; C_ThreeH ₇), (215; 4-CH_Three;
H; i-C_ThreeH₇), (216; 4-CH_Three; H; Ph), (217; 4-CH_Three; H; CH_TwoPh),
(218; 4-CH_Three; CH_Three; H), (219; 4-CH_Three; CH_Three; CH_Three), (220; 4-C
H_Three; CH_Three; C_TwoH_Five), (221; 4-CH_Three; CH_Three; C_ThreeH₇), (222; 4-CH_Three; C
H_Three;I c_ThreeH₇), (223; 4-CH_Three; CH_Three; Ph), (224; 4-CH_Three; CH_Three; CH_Two
Ph), (225; 4-CH_Three; CF_Three; H), (226; 4-CH_Three; CF_Three; CH_Three), (227; 4
-CH_Three; CF_Three; C_TwoH_Five), (228; 4-CH_Three; CF_Three; C_ThreeH₇), (229; 4-CH_Three; C
F_Three;I c_ThreeH₇), (230; 4-CH_Three; CF_Three; Ph), (231; 4-CH_Three; CF_Three; CH_Two
Ph), (232; 4-CH_Three; C_TwoH_Five; H), (233; 4-CH_Three; C_TwoH_Five; CH_Three), (twenty three
4; 4-CH_Three; C_TwoH_Five; C_TwoH_Five), (235; 4-CH_Three; C_TwoH_Five; C_ThreeH₇), (236; 4-C
H_Three; C_TwoH_Five;I c_ThreeH₇), (237; 4-CH_Three; C_TwoH_Five; Ph), (238; 4-CH_Three; C
_TwoH_Five; CH_TwoPh), (239; 4-CH_Three; C_ThreeH₇; H), (240; 4-CH_Three; C_ThreeH₇; CH
_Three), (241; 4-CH _Three; C_ThreeH₇; C_TwoH_Five), (242; 4-CH_Three; C_ThreeH₇; C_ThreeH₇),
(243; 4-CH_Three; C_ThreeH₇;I c_ThreeH₇), (244; 4-CH_Three; C_ThreeH₇; Ph), (24
5; 4-CH_Three; C_ThreeH₇; CH_TwoPh), (246; 4-CH_Three;I c_ThreeH₇; H), (247; 4-
CH_Three;I c_ThreeH₇; CH_Three), (248; 4-CH_Three;I c_ThreeH₇; C_TwoH_Five), (249; 4-C
H_Three;I c_ThreeH₇; C_ThreeH₇), (250; 4-CH_Three;I c_ThreeH₇;I c_ThreeH₇), (251; 4
-CH_Three;I c_ThreeH₇; Ph), (252; 4-CH_Three;I c_ThreeH₇; CH_TwoPh), (253; 4-
CH _Three; Ph; H), (254; 4-CH_Three; Ph; CH_Three), (255; 4-CH_Three; Ph; C
_TwoH_Five), (256; 4-CH_Three; Ph; C_ThreeH₇), (257; 4-CH_Three; Ph; i-C_ThreeH₇),
(258; 4-CH_Three; Ph; Ph), (259; 4-CH_Three; Ph; CH_TwoPh), (260; 4-CH
_Three; CH_TwoPh; H), (261; 4-CH_Three; CH_TwoPh; CH_Three), (262; 4-CH_Three; CH_TwoP
h; C_TwoH_Five), (263; 4-CH_Three; CH _TwoPh; C_ThreeH₇), (264; 4-CH_Three; CH_TwoPh;
I c_ThreeH₇), (265; 4-CH_Three; CH_TwoPh; Ph), (266; 4-CH_Three; CH _TwoPh; CH
_TwoPh), (267; 4-CH_Three; COCH_Three; H), (268; 4-CH_Three; COCH_Three; CH_Three),
(269; 4-CH_Three; COCH_Three; C_TwoH_Five), (270; 4-CH_Three; COCH_Three; C_ThreeH₇), (2
71; 4-CH_Three; COCH_Three;I c_ThreeH₇), (272; 4-CH_Three; COCH_Three; Ph), (27
3; 4-CH_Three; COCH_Three; CH_TwoPh), (274; 4-CH_Three; COPh; H), (275; 4-C
H_Three; COPh; CH_Three), (276; 4-CH_Three; COPh; C_TwoH_Five), (277; 4-CH_Three; CO
Ph; C_ThreeH₇), (278; 4-CH_Three; COPh; i-C_ThreeH₇), (279; 4-CH_Three; COP
h; Ph), (280; 4-CH_Three; COPh; CH_TwoPh),

(281; 2-CF ₃ ; H; H), (282; 2-CF ₃ ; H; CH ₃ ), (2
83; 2-CF ₃ ; H; OC ₂ H ₅ ), (284; 2-CF ₃ ; H; C ₃ H ₇ ), (285; 2-CF ₃ ;
H; iC ₃ H ₇ ), (286; 2-CF ₃ ; H; Ph), (287; 2-CF ₃ ; H; CH ₂ Ph),

(288; 3-CF_Three; CH_Three; H), (289; 3-CF_Three; CH_Three; C
H_Three), (290; 3-CF_Three; CH_Three; C_TwoH_Five), (291; 3-CF_Three; CH_Three; C_ThreeH₇),
(292; 3-CF_Three; CH_Three;I c_ThreeH₇), (293; 3-CF_Three; CH_Three; Ph), (294; 3
-CF_Three; CH_Three; CH_TwoPh), (295; 3-CF_Three; CF_Three; H), (296; 3-CF_Three; C
F_Three; CH_Three), (297; 3-CF_Three; CF_Three; C_TwoH_Five), (298; 3-CF_Three; CF_Three; C
_ThreeH₇), (299; 3-CF_Three; CF_Three;I c_ThreeH₇), (300; 3-CF_Three; CF_Three; Ph),
(301; 3-CF _Three; CF_Three; CH_TwoPh), (302; 3-CF_Three; C_TwoH_Five; H), (303; 3-
CF_Three; C_TwoH_Five; CH_Three), (304; 3-CF_Three; C_TwoH_Five; C_TwoH_Five), (305; 3-CF_Three; C
_TwoH_Five; C_ThreeH₇), (306; 3-CF_Three; C_TwoH_Five;I c_ThreeH₇), (307; 3-CF_Three; C_TwoH
_Five; Ph), (308; 3-CF_Three; C_TwoH_Five; CH_TwoPh), (309; 3-CF_Three; C_ThreeH₇; H),
 (310; 3-CF_Three; C_ThreeH₇; CH_Three), (311; 3-CF_Three; C_ThreeH₇; C_TwoH_Five), (31
2; 3-CF_Three; C_ThreeH₇; C_ThreeH₇), (313; 3-CF_Three; C_ThreeH₇;I c_ThreeH₇), (314;
3-CF_Three; C_ThreeH₇; Ph), (315; 3-CF_Three; C_ThreeH₇; CH_TwoPh), (316; 3-C
F_Three;I c_ThreeH₇; H), (317; 3-CF_Three;I c_ThreeH₇; CH_Three), (318; 3-CF_Three; i
-C_ThreeH₇; C_TwoH_Five), (319; 3-CF_Three;I c_ThreeH₇; C_ThreeH₇), (320; 3-CF_Three; i
-C_ThreeH₇;I c_ThreeH₇), (321; 3-CF_Three;I c_ThreeH₇; Ph), (322; 3-CF_Three; i
-C_ThreeH₇; CH_TwoPh), (323; 3-CF_Three; Ph; H), (324; 3-CF_Three; Ph; C
H_Three), (325; 3-CF_Three; Ph; C_TwoH_Five), (326; 3-CF_Three; Ph; C _ThreeH₇), (32
7; 3-CF_Three; Ph; i-C_ThreeH₇), (328; 3-CF_Three; Ph; Ph), (329; 3-CF_Three;
Ph; CH_TwoPh), (330; 3-CF_Three; CH_TwoPh; H), (331; 3-CF_Three; CH_TwoPh; C
H_Three), (332; 3-CF_Three; CH_TwoPh; C_TwoH_Five), (333; 3-CF_Three; CH_TwoPh; C
_ThreeH₇), (334; 3-CF_Three; CH_TwoPh; i-C_ThreeH₇), (335; 3-CF_Three; CH_TwoPh; P
h), (336; 3-CF_Three; CH_TwoPh; CH_TwoPh), (337; 3-CF_Three; COCH_Three; H),
(338; 3-CF_Three; COCH_Three; CH_Three), (339; 3-CF _Three; COCH_Three; C_TwoH_Five), (34
0; 3-CF_Three; COCH_Three; C_ThreeH₇), (341; 3-CF_Three; COCH_Three;I c_ThreeH₇), (34
2; 3-CF_Three; COCH_Three; Ph), (343; 3-CF_Three; COCH_Three; CH_TwoPh), (344; 3
-CF_Three; COPh; H), (345; 3-CF_Three; COPh; CH_Three), (346; 3-CF_Three; COP
h; C_TwoH_Five), (347; 3-CF_Three; COPh; C_ThreeH₇), (348; 3-CF_Three; COPh; i-
C_ThreeH₇), (349; 3-CF_Three; COPh; Ph), (350; 3-CF_Three; COPh; CH_TwoP
h),

(351; 4-CF_Three; H; H), (352; 4-CF_Three; H; CH_Three), (3
53; 4-CF_Three; H; C_TwoH_Five), (354; 4-CF_Three; H; C_ThreeH ₇), (355; 4-CF_Three;
H; i-C_ThreeH₇), (356; 4-CF_Three; H; Ph), (357; 4-CF_Three; H; CH_TwoPh),
(358; 4-CF_Three; CH_Three; H), (359; 4-CF_Three; CH_Three; CH_Three), (360; 4-C
F_Three; CH_Three; C_TwoH_Five), (361; 4-CF_Three; CH_Three; C_ThreeH₇), (362; 4-CF_Three; C
H_Three;I c_ThreeH₇), (363; 4-CF_Three; CH_Three; Ph), (364; 4-CF_Three; CH_Three; CH_Two
Ph), (365; 4-CF_Three; CF_Three; H), (366; 4-CF_Three; CF_Three; CH_Three), (367; 4
-CF_Three; CF_Three; C_TwoH_Five), (368; 4-CF_Three; CF_Three; C_ThreeH₇), (369; 4-CF_Three; C
F_Three;I c_ThreeH₇), (370; 4-CF_Three; CF_Three; Ph), (371; 4-CF_Three; CF_Three; CH_Two
Ph), (372; 4-CF_Three; C_TwoH_Five; H), (373; 4-CF_Three; C_TwoH_Five; CH_Three), (37
4; 4-CF_Three; C_TwoH_Five; C_TwoH_Five), (375; 4-CF_Three; C_TwoH_Five; C_ThreeH₇), (376; 4-C
F_Three; C_TwoH_Five; O-i-C_ThreeH₇), (377; 4-CF_Three; C_TwoH_Five; Ph), (378; 4-C
F_Three; C_TwoH_Five; CH_TwoPh), (379; 4-CF_Three; C_ThreeH₇; H), (380; 4-CF_Three; C_ThreeH
₇; CH_Three), (381; 4-CF_Three; C_ThreeH₇; C_TwoH_Five), (382; 4-CF_Three; C_ThreeH₇; C_ThreeH
₇), (383; 4-CF_Three; C_ThreeH₇;I c_ThreeH₇), (384; 4-CF_Three; C_ThreeH₇; Ph),
(385; 4-CF_Three; C_ThreeH₇; CH_TwoPh), (386; 4-CF_Three;I c_ThreeH₇; H), (38
7; 4-CF_Three;I c_ThreeH₇; CH_Three), (388; 4-CF_Three;I c_ThreeH₇; C_TwoH_Five), (38
9; 4-CF_Three;I c_ThreeH₇; C_ThreeH₇), (390; 4-CF_Three;I c_ThreeH₇;I c_ThreeH₇),
(391; 4-CF_Three;I c_ThreeH₇; Ph), (392; 4-CF_Three;I c_ThreeH₇; CH_TwoPh),
(393; 4-CF_Three; Ph; H), (394; 4-CF_Three; Ph; CH_Three), (395; 4-CF_Three; P
h; C_TwoH_Five), (396; 4-CF_Three; Ph; C_ThreeH₇), (397; 4-CF_Three; Ph; i-C
_ThreeH₇), (398; 4-CF_Three; Ph; Ph), (399; 4-CF_Three; Ph; CH_TwoPh), (40
0; 4-CF_Three; CH_TwoPh; H), (401; 4-CF_Three; CH_TwoPh; CH_Three), (402; 4-CF
_Three; CH_TwoPh; C_TwoH_Five), (403; 4-CF_Three; CH_TwoPh; C_ThreeH₇), (404; 4-CF_Three;
CH_TwoPh; i-C_ThreeH₇), (405; 4-CF_Three; CH_TwoPh; Ph), (406; 4-CF_Three; CH
_TwoPh; CH_TwoPh), (407; 4-CF_Three; COCH_Three; H), (408; 4-CF_Three; COCH_Three;
CH_Three), (409; 4-CF_Three; COCH_Three; C_TwoH_Five), (410; 4-CF_Three; COCH_Three; C_ThreeH
₇), (411; 4-CF_Three; COCH_Three;I c_ThreeH₇), (412; 4-CF_Three; COCH_Three; P
h), (413; 4-CF_Three; COCH_Three; CH_TwoPh), (414; 4-CF_Three; COPh; H),
(415; 4-CF_Three; COPh; CH_Three), (416; 4-CF_Three; COPh; C_TwoH_Five), (417;
4-CF_Three; COPh; C_ThreeH₇), (418; 4-CF_Three; COPh; i-C_ThreeH ₇), (419; 4-
CF_Three; COPh; Ph), (420; 4-CF_Three; COPh; CH_TwoPh),

(421; 2-OCH_Three; H; H), (422; 2-OCH_Three; H; CH_Three),
(423; 2-OCH_Three; H; C_TwoH_Five), (424; 2-OCH_Three; H; C_ThreeH₇), (425; 2-O
CH_Three; H; i-C_ThreeH₇), (426; 2-OCH_Three; H; Ph), (427; 2-OCH_Three; H; CH
_TwoPh), (428; 2-OCH_Three; CH_Three; H), (429; 2-OCH_Three; CH_Three; CH_Three), (43
0; 2-OCH_Three; CH_Three; C_TwoH_Five), (431; 2-OCH_Three; CH_Three; C_ThreeH₇), (432; 2-
OCH_Three; CH_Three;I c_ThreeH₇), (433; 2-OCH_Three; CH_Three; Ph), (434; 2-OC
H _Three; CH_Three; CH_TwoPh), (435; 2-OCH_Three; C_TwoH_Five; H), (436; 2-OCH_Three; C_Two
H_Five; CH_Three), (437; 2-OCH_Three; C_TwoH_Five; C_TwoH_Five), (438; 2-OCH_Three; C_TwoH_Five;
C_ThreeH₇), (439; 2-OCH_Three; C_TwoH_Five;I c_ThreeH₇), (440; 2-OCH_Three; C_TwoH_Five;
Ph), (441; 2-OCH_Three; C_TwoH_Five; CH_TwoPh), (442; 2-OCH_Three; C_ThreeH₇; H),
 (443; 2-OCH_Three; C_ThreeH₇; CH_Three), (444; 2-OCH_Three; C_ThreeH₇; C_TwoH_Five), (Four
45; 2-OCH_Three; C_ThreeH₇; C_ThreeH₇), (446; 2-OCH_Three; C_ThreeH₇;I c_ThreeH₇), (Four
47; 2-OCH_Three; C_ThreeH₇; Ph), (448; 2-OCH_Three; C_ThreeH₇; CH_TwoPh), (449;
2-OCH_Three;I c_ThreeH₇; H), (450; 2-OCH_Three;I c_ThreeH₇; CH_Three), (451; 2-
OCH_Three;I c_ThreeH₇; OC_TwoH_Five), (452; 2-OCH_Three;I c_ThreeH₇; C_ThreeH₇), (45
3; 2-OCH_Three;I c_ThreeH₇;I c_ThreeH₇), (454; 2-OCH_Three;I c_ThreeH₇; Ph),
(455; 2-OCH_Three;I c_ThreeH₇; CH_TwoPh), (456; 2-OCH_Three; Ph; H), (45
7; 2-OCH_Three; Ph; CH_Three), (458; 2-OCH_Three; Ph; C_TwoH_Five), (459; 2-OCH
_Three; Ph; C_ThreeH₇), (460; 2-OCH_Three; Ph; i-C_ThreeH₇), (461; 2-OCH_Three; P
h; Ph), (462; 2-OCH_Three; Ph; CH_TwoPh), (463; 2-OCH_Three; CH_TwoPh;
H), (464; 2-OCH_Three; CH_TwoPh; CH_Three), (465; 2-OCH_Three; CH_TwoPh; C
_TwoH_Five), (466; 2-OCH_Three; CH_TwoPh; C_ThreeH₇), (467; 2-OCH_Three; CH_TwoPh; i
-C _ThreeH₇), (468; 2-OCH_Three; CH_TwoPh; Ph), (469; 2-OCH_Three; CH_TwoPh; C
H_TwoPh),

(470; 3-OCH_Three; H; H), (471; 3-OCH_Three; H; CH_Three),
(472; 3-OCH_Three; H; C_TwoH_Five), (473; 3-OCH_Three; H; C_ThreeH₇), (474; 3-O
CH_Three; H; i-C_ThreeH₇), (475; 3-OCH_Three; H; Ph), (476; 3-OCH_Three; H; CH
_TwoPh), (477; 3-OCH_Three; CH_Three; H), (478; 3-OCH_Three; CH_Three; CH_Three), (47
9; 3-OCH_Three; CH_Three; C_TwoH_Five), (480; 3-OCH_Three; CH_Three; C_ThreeH₇), (481; 3-
OCH_Three; CH_Three;I c_ThreeH₇), (482; 3-OCH_Three; CH_Three; Ph), (483; 3-OC
H _Three; CH_Three; CH_TwoPh), (484; 3-OCH_Three; CF_Three; H), (485; 3-OCH_Three; C
F_Three; CH_Three), (486; 3-OCH_Three; CF_Three; C_TwoH_Five), (487; 3-OCH_Three; CF_Three; C_Three
H₇), (488; 3-OCH_Three; CF_Three;I c_ThreeH₇), (489; 3-OCH_Three; CF_Three; Ph),
 (490; 3-OCH_Three; CF_Three; CH_TwoPh), (491; 3-OCH_Three; C_TwoH_Five; H), (49
2; 3-OCH_Three; C_TwoH_Five; CH_Three), (493; 3-OCH_Three; C_TwoH_Five; C_TwoH_Five), (494; 3-
OCH_Three; C_TwoH_Five; C_ThreeH₇), (495; 3-OCH_Three; C_TwoH_Five;I c_ThreeH₇), (496; 3-
OCH_Three; C_TwoH_Five; Ph), (497; 3-OCH_Three; C_TwoH_Five; CH_TwoPh), (498; 3-OCH
_Three; C_ThreeH₇; H), (499; 3-OCH_Three; C_ThreeH₇; CH_Three), (500; 3-OCH_Three; C
_ThreeH₇; C_TwoH_Five), (501; 3-OCH_Three; C_ThreeH₇; C_ThreeH₇), (502; 3-OCH_Three; C_ThreeH
₇;I c_ThreeH₇), (503; 3-OCH_Three; C_ThreeH₇; Ph), (504; 3-OCH_Three; C_ThreeH₇;
CH_TwoPh), (505; 3-OCH_Three;I c_ThreeH₇; H), (506; 3-OCH_Three;I c_ThreeH₇;
CH_Three), (507; 3-OCH_Three;I c_ThreeH₇; C_TwoH_Five), (508; 3-OCH_Three;I c_ThreeH₇;
C_ThreeH₇), (509; 3-OCH_Three;I c_ThreeH₇;I c_ThreeH₇), (510; 3-OCH_Three;I c
_ThreeH₇; Ph), (511; 3-OCH_Three;I c_ThreeH₇; CH_TwoPh), (512; 3-OCH_Three; P
h; H), (513; 3-OCH_Three; Ph; CH_Three), (514; 3-OCH_Three; Ph; C_TwoH_Five), (Five
15; 3-OCH_Three; Ph; C_ThreeH₇), (516; 3-OCH_Three; Ph; i-C_ThreeH₇), (517; 3
-OCH_Three; Ph; Ph), (518; 3-OCH_Three; Ph; CH_TwoPh), (519; 3-OCH_Three; C
H_TwoPh; H), (520; 3-OCH _Three; CH_TwoPh; CH_Three), (521; 3-OCH_Three; CH_TwoP
h; C_TwoH_Five), (522; 3-OCH_Three; CH_TwoPh; C_ThreeH₇), (523; 3-OCH_Three; CH_TwoP
h; i-C_ThreeH₇), (524; 3-OCH_Three; CH_TwoPh; Ph), (525; 3-OCH_Three; CH_TwoP
h; CH_TwoPh), (526; 3-OCH_Three; COCH_Three; H), (527; 3-OCH_Three; COCH_Three;
CH_Three), (528; 3-OCH_Three; COCH_Three; C_TwoH_Five), (529; 3-OCH_Three; COCH_Three; O
C_ThreeH₇), (530; 3-OCH_Three; COCH_Three;I c_ThreeH₇), (531; 3-OCH_Three; COCH
_Three; Ph), (532; 3-OCH_Three; COCH_Three; CH_TwoPh), (533; 3-OCH_Three; COPh;
H), (534; 3-OCH_Three; COPh; CH_Three), (535; 3-OCH_Three; COPh; C_TwoH_Five),
 (536; 3-OCH_Three; COPh; C_ThreeH₇), (537; 3-OCH_Three; COPh; i-C_ThreeH₇),
 (538; 3-OCH_Three; COPh; Ph), (539; 3-OCH_Three; COPh; CH_TwoPh),

(540; 4-OCH_Three; H; H), (541; 4-OCH_Three; H; CH_Three),
(542; 4-OCH_Three; H; C_TwoH_Five), (543; 4-OCH_Three; H; C_ThreeH₇), (544; 4-O
CH_Three; H; i-C_ThreeH₇), (545; 4-OCH_Three; H; Ph), (546; 4-OCH_Three; H; CH
_TwoPh), (547; 4-OCH_Three; CH_Three; H), (548; 4-OCH_Three; CH_Three; CH_Three), (54
9; 4-OCH_Three; CH_Three; C_TwoH_Five), (550; 4-OCH_Three; CH_Three; C_ThreeH₇), (551; 4-
OCH_Three; CH_Three;I c_ThreeH₇), (552; 4-OCH_Three; CH_Three; Ph), (553; 4-OC
H _Three; CH_Three; CH_TwoPh), (554; 4-OCH_Three; CF_Three; H), (555; 4-OCH_Three; C
F_Three; CH_Three), (556; 4-OCH_Three; CF_Three; C_TwoH_Five), (557; 4-OCH_Three; CF_Three; C_Three
H₇), (558; 4-OCH_Three; CF_Three;I c_ThreeH₇), (559; 4-OCH_Three; CF_Three; Ph),
 (560; 4-OCH_Three; CF_Three; CH_TwoPh), (561; 4-OCH_Three; C_TwoH_Five; H), (56
2; 4-OCH_Three; C_TwoH_Five; CH_Three), (563; 4-OCH_Three; C_TwoH_Five; C_TwoH_Five), (564; 4-
OCH_Three; C_TwoH_Five; C_ThreeH₇), (565; 4-OCH_Three; C_TwoH_Five;I c_ThreeH₇), (566; 4-
OCH_Three; C_TwoH_Five; Ph), (567; 4-OCH_Three; C_TwoH_Five; CH_TwoPh), (568; 4-OCH
_Three; C_ThreeH₇; H), (569; 4-OCH_Three; C_ThreeH₇; CH_Three), (570; 4-OCH_Three; C
_ThreeH₇; C_TwoH_Five), (571; 4-OCH_Three; C_ThreeH₇; C_ThreeH₇), (572; 4-OCH_Three; C_ThreeH
₇;I c_ThreeH₇), (573; 4-OCH_Three; C_ThreeH₇; Ph), (574; 4-OCH_Three; C_ThreeH₇;
CH_TwoPh), (575; 4-OCH_Three;I c_ThreeH₇; H), (576; 4-OCH_Three;I c_ThreeH₇;
CH_Three), (577; 4-OCH_Three;I c_ThreeH₇; C_TwoH_Five), (578; 4-OCH_Three;I c_ThreeH₇;
C_ThreeH₇), (579; 4-OCH_Three;I c_ThreeH₇;I c_ThreeH₇), (580; 4-OCH_Three;I c
_ThreeH₇; Ph), (581; 4-OCH_Three;I c_ThreeH₇; CH_TwoPh), (582; 4-OCH_Three; P
h; H), (583; 4-OCH_Three; Ph; CH_Three), (584; 4-OCH_Three; Ph; C_TwoH_Five), (Five
85; 4-OCH_Three; Ph; C_ThreeH₇), (586; 4-OCH_Three; Ph; i-C_ThreeH₇), (587; 4
-OCH_Three; Ph; Ph), (588; 4-OCH_Three; Ph; CH_TwoPh), (589; 4-OCH_Three; C
H_TwoPh; H), (590; 4-OCH _Three; CH_TwoPh; CH_Three), (591; 4-OCH_Three; CH_TwoP
h; C_TwoH_Five), (592; 4-OCH_Three; CH_TwoPh; C_ThreeH₇), (593; 4-OCH_Three; CH_TwoP
h; i-C_ThreeH₇), (594; 4-OCH_Three; CH_TwoPh; Ph), (595; 4-OCH_Three; CH_TwoP
h; CH_TwoPh), (596; 4-OCH_Three; COCH_Three; H), (597; 4-OCH_Three; COCH_Three;
CH_Three), (598; 4-OCH_Three; COCH_Three; C_TwoH_Five), (599; 4-OCH_Three; COCH_Three; C
_ThreeH₇), (600; 4-OCH_Three; COCH_Three;I c_ThreeH₇), (601; 4-OCH_Three; COC
H_Three; Ph), (602; 4-OCH_Three; COCH_Three; CH_TwoPh), (603; 4-OCH_Three; COP
h; H), (604; 4-OCH_Three; COPh; CH_Three), (605; 4-OCH_Three; COPh; C
_TwoH_Five), (606; 4-OCH_Three; COPh; C_ThreeH₇), (607; 4-OCH_Three; COPh; i-C
_ThreeH₇), (608; 4-OCH_Three; COPh; Ph), (609; 4-OCH_Three; COPh; CH_TwoP
h),

(610; 3-O-i-Pr; H; H), (611; 3-O-i-Pr; H; CH
_Three), (612; 3-O-i-Pr; H; C_TwoH_Five), (613; 3-O-i-Pr; H; C_ThreeH₇),
(614; 3-O-i-Pr; H; i-C_ThreeH₇), (615; 3-O-i-Pr; H; Ph), (61
6; 3-O-i-Pr; H; CH_TwoPh), (617; 3-O-i-Pr; CH_Three; H), (618; 3-
O-i-Pr; CH_Three; CH_Three), (619; 3-O-i-Pr; CH_Three; C_TwoH_Five), (620; 3-O
-i-Pr; CH_Three; OC_ThreeH₇), (621; 3-O-i-Pr; CH_Three;I c_ThreeH₇), (622;
3-O-i-Pr; CH_Three; Ph), (623; 3-O-i-Pr; CH_Three; CH_TwoPh), (624; 3
-O-i-Pr; CF_Three; H), (625; 3-O-i-Pr; CF_Three; CH_Three), (626; 3-O-i
-Pr; CF_Three; C_TwoH_Five), (627; 3-O-i-Pr; CF_Three; C_ThreeH₇), (628; 3-O-i
-Pr; CF_Three;I c_ThreeH₇), (629; 3-O-i-Pr; CF_Three; Ph), (630; 3-O-i
-Pr; CF_Three; CH_TwoPh), (631; 3-O-i-Pr; C_TwoH_Five; H), (632; 3-O-i-
Pr; C_TwoH_Five; CH_Three), (633; 3-O-i-Pr; C_TwoH_Five; C_TwoH_Five), (634; 3-O-i-
Pr; C_TwoH_Five; C_ThreeH₇), (635; 3-O-i-Pr; C_TwoH_Five;I c_ThreeH₇), (636; 3-
O-i-Pr; C_TwoH _Five; Ph), (637; 3-O-i-Pr; C_TwoH_Five; CH_TwoPh), (638; 3
-O-i-Pr; C_ThreeH₇; H), (639; 3-O-i-Pr; C _ThreeH₇; CH_Three), (640; 3-O
-i-Pr; C_ThreeH₇; C_TwoH_Five), (641; 3-O-i-Pr; C_ThreeH₇; C_ThreeH₇), (642; 3
-O-i-Pr; C_ThreeH₇;I c_ThreeH₇), (643; 3-O-i-Pr; C_ThreeH₇; Ph), (64
4; 3-O-i-Pr; C_ThreeH₇; CH_TwoPh), (645; 3-O-i-Pr; i-C_ThreeH₇; H),
(646; 3-O-i-Pr; i-C_ThreeH₇; CH_Three), (647; 3-O-i-Pr; i-C_ThreeH₇; C_Two
H_Five), (648; 3-O-i-Pr; i-C_ThreeH₇; C_ThreeH₇), (649; 3-O-i-Pr; i-C
_ThreeH₇;I c_ThreeH₇), (650; 3-O-i-Pr; i-C_ThreeH₇; Ph), (651; 3-O-i-
Pr; i-C_ThreeH₇; CH_TwoPh), (652; 3-O-i-Pr; Ph; H), (653; 3-O-i-
Pr; Ph; CH_Three), (654; 3-O-i-Pr; Ph; C_TwoH_Five), (655; 3-O-i-Pr;
Ph; C_ThreeH₇), (656; 3-O-i-Pr; Ph; i-C_ThreeH₇), (657; 3-O-i-Pr;
Ph; Ph), (658; 3-O-i-Pr; Ph; CH_TwoPh), (659; 3-O-i-Pr; CH_Two
Ph; H), (660; 3-O-i-Pr; CH_TwoPh; CH_Three), (661; 3-O-i-Pr; CH_Two
Ph; C_TwoH_Five), (662; 3-O-i-Pr; CH_TwoPh; C_ThreeH₇), (663; 3-O-i-Pr;
CH_TwoPh; i-C_ThreeH₇), (664; 3-O-i-Pr; CH _TwoPh; Ph), (665; 3-O-i
-Pr; CH_TwoPh; CH_TwoPh), (666; 3-O-i-Pr; COCH_Three; H), (667; 3-O
-i-Pr; COCH_Three; CH_Three), (668; 3-O-i-Pr; COCH_Three; C_TwoH_Five), (669;
3-O-i-Pr; COCH_Three; C_ThreeH₇), (670; 3-O-i-Pr; COCH_Three;I c_ThreeH₇),
 (671; 3-O-i-Pr; COCH_Three; Ph), (672; 3-O-i-Pr; COCH_Three; CH_TwoP
h), (673; 3-O-i-Pr; COPh; H), (674; 3-O-i-Pr; COPh; C
H_Three), (675; 3-O-i-Pr; COPh; C_TwoH_Five), (676; 3-O-i-Pr; COPh;
C_ThreeH₇), (677; 3-O-i-Pr; COPh; i-C_ThreeH₇), (678; 3-O-i-Pr; C
OPh; Ph), (679; 3-O-i-Pr; COPh; CH_TwoPh),

(680; 4-O-i-Pr; H; H), (681; 4-O-i-Pr; H; CH
_Three), (682; 4-O-i-Pr; H; C_TwoH_Five), (683; 4-O-i-Pr; H; C_ThreeH₇),
(684; 4-O-i-Pr; H; i-C_ThreeH₇), (685; 4-O-i-Pr; H; Ph), (68
6; 4-O-i-Pr; H; CH_TwoPh), (687; 4-O-i-Pr; CH_Three; H), (688; 4-
O-i-Pr; CH_Three; OCH_Three), (689; 4-O-i-Pr; CH_Three; C_TwoH_Five), (690; 4-
O-i-Pr; CH_Three; C_ThreeH₇), (691; 4-O-i-Pr; CH_Three;I c_ThreeH₇), (692;
4-O-i-Pr; CH_Three; Ph), (693; 4-O-i-Pr; CH_Three; CH_TwoPh), (694; 4
-O-i-Pr; CF_Three; H), (695; 4-O-i-Pr; CF_Three; CH_Three), (696; 4-O-i
-Pr; CF_Three; C_TwoH_Five), (697; 4-O-i-Pr; CF_Three; C_ThreeH₇), (698; 4-O-i
-Pr; CF_Three;I c_ThreeH₇), (699; 4-O-i-Pr; CF_Three; Ph), (700; 4-O-i
-Pr; CF_Three; CH_TwoPh), (701; 4-O-i-Pr; C_TwoH_Five; H), (702; 4-O-i-
Pr; C_TwoH_Five; CH_Three), (703; 4-O-i-Pr; C_TwoH_Five; C_TwoH_Five), (704; 4-O-i-
Pr; C_TwoH_Five; C_ThreeH₇), (705; 4-O-i-Pr; C_TwoH_Five;I c_ThreeH₇), (706; 4-
O-i-Pr; C_TwoH _Five; Ph), (707; 4-O-i-Pr; C_TwoH_Five; CH_TwoPh), (708; 4
-O-i-Pr; C_ThreeH₇; H), (709; 4-O-i-Pr; C _ThreeH₇; CH_Three), (710; 4-O
-i-Pr; C_ThreeH₇; C_TwoH_Five), (711; 4-O-i-Pr; C_ThreeH₇; C_ThreeH₇), (712; 4
-O-i-Pr; C_ThreeH₇;I c_ThreeH₇), (713; 4-O-i-Pr; C_ThreeH₇; Ph), (71
4; 4-O-i-Pr; C_ThreeH₇; CH_TwoPh), (715; 4-O-i-Pr; i-C_ThreeH₇; H),
(716; 4-O-i-Pr; i-C_ThreeH₇; CH_Three), (717; 4-O-i-Pr; i-C_ThreeH₇; C_Two
H_Five), (718; 4-O-i-Pr; i-C_ThreeH₇; C_ThreeH₇), (719; 4-O-i-Pr; i-C
_ThreeH₇;I c_ThreeH₇), (720; 4-O-i-Pr; i-C_ThreeH₇; Ph), (721; 4-O-i-
Pr; i-C_ThreeH₇; CH_TwoPh), (722; 4-O-i-Pr; Ph; H), (723; 4-O-i-
Pr; Ph; CH_Three), (724; 4-O-i-Pr; Ph; C_TwoH_Five), (725; 4-O-i-Pr;
Ph; C_ThreeH₇), (726; 4-O-i-Pr; Ph; i-C_ThreeH₇), (727; 4-O-i-Pr;
Ph; Ph), (728; 4-O-i-Pr; Ph; CH_TwoPh), (729; 4-O-i-Pr; CH_Two
Ph; H), (730; 4-O-i-Pr; CH_TwoPh; CH_Three), (731; 4-O-i-Pr; CH_Two
Ph; C_TwoH_Five), (732; 4-O-i-Pr; CH_TwoPh; C_ThreeH₇), (733; 4-O-i-Pr;
CH_TwoPh; i-C_ThreeH₇), (734; 4-O-i-Pr; CH _TwoPh; Ph), (735; 4-O-i
-Pr; CH_TwoPh; CH_TwoPh), (736; 4-O-i-Pr; COCH_Three; H), (737; 4-O
-i-Pr; COCH_Three; CH_Three), (738; 4-O-i-Pr; COCH_Three; C_TwoH_Five), (739;
4-O-i-Pr; COCH_Three; C_ThreeH₇), (740; 4-O-i-Pr; COCH_Three;I c_ThreeH₇),
 (741; 4-O-i-Pr; COCH_Three; Ph), (742; 4-O-i-Pr; COCH_Three; CH_TwoP
h), (743; 4-O-i-Pr; COPh; H), (744; 4-O-i-Pr; COPh; C
H_Three), (745; 4-O-i-Pr; COPh; C_TwoH_Five), (746; 4-O-i-Pr; COPh;
C_ThreeH₇), (747; 4-O-i-Pr; COPh; i-C_ThreeH₇), (748; 4-O-i-Pr; C
OPh; Ph), (749; 4-O-i-Pr; COPh; CH_TwoPh),

(750; 2-CH_Three, 4-OCH_Three; H; H), (751; 2-CH_Three, 4-O
CH_Three; H; CH_Three), (752; 2-CH_Three, 4-OCH_Three; H; C_TwoH_Five), (753; 2-CH_Three,
4-OCH_Three; H; C_ThreeH₇), (754; 2-CH_Three, 4-OCH_Three; H; i-C_ThreeH₇), (755;
2-CH_Three, 4-OCH_Three; H; Ph), (756; 2-CH_Three, 4-OCH_Three; H; CH_TwoPh), (7
57; 2-CH_Three, 4-OCH_Three; CH_Three; H), (758; 2-CH_Three, 4-OCH_Three; CH_Three; C
H_Three), (759; 2-CH_Three, 4-OCH_Three; CH_Three; C_TwoH_Five), (760; 2-CH_Three, 4-OCH
_Three; CH_Three; C_ThreeH₇), (761; 2-CH_Three, 4-OCH_Three; CH_Three;I c_ThreeH₇), (762; 2
-CH_Three, 4-OCH_Three; CH_Three; Ph), (763; 2-CH_Three, 4-OCH_Three; CH_Three; CH_TwoPh),
 (764; 2-CH_Three, 4-OCH_Three; CF_Three; H), (765; 2-CH_Three, 4-OCH_Three; CF _Three; O
CH_Three), (766; 2-CH_Three, 4-OCH_Three; CF_Three; C_TwoH_Five), (767; 2-CH_Three, 4-OC
H_Three; CF_Three; C_ThreeH₇), (768; 2-CH_Three, 4-OCH_Three; CF_Three;I c_ThreeH₇), (769;
2-CH_Three, 4-OCH_Three; CF_Three; Ph), (770; 2-CH_Three, 4-OCH_Three; CF_Three; CH_TwoP
h), (771; 2-CH_Three, 4-OCH_Three; C_TwoH_Five; H), (772; 2-CH_Three, 4-OCH_Three; C
_TwoH_Five; CH_Three), (773; 2-CH_Three, 4-OCH_Three; C_TwoH_Five; C_TwoH_Five), (774; 2-C
H_Three, 4-OCH_Three; C_TwoH_Five; C_ThreeH₇), (775; 2-CH_Three, 4-OCH_Three; C_TwoH_Five;I c_ThreeH
₇), (776; 2-CH_Three, 4-OCH_Three; C_TwoH_Five; Ph), (777; 2-CH_Three, 4-OCH_Three;
C_TwoH_Five; CH_TwoPh), (778; 2-CH_Three, 4-OCH_Three; C_ThreeH₇; H), (779; 2-C
H_Three, 4-OCH_Three; C_ThreeH₇; CH_Three), (780; 2-CH_Three, 4-OCH_Three; C_ThreeH₇; C_TwoH_Five),
 (781; 2-CH_Three, 4-OCH_Three; C_ThreeH₇; C_ThreeH₇), (782; 2-CH_Three, 4-OCH_Three; C
_ThreeH₇;I c _ThreeH₇), (783; 2-CH_Three, 4-OCH_Three; C_ThreeH₇; Ph), (784; 2-CH
_Three, 4-OCH_Three; C_ThreeH₇; CH_TwoPh), (785; 2-CH_Three, 4-OCH_Three;I c_ThreeH₇; H),
 (786; 2-CH_Three, 4-OCH_Three;I c_ThreeH₇; CH_Three), (787; 2-CH_Three, 4-OCH_Three;
I c_ThreeH₇; C_TwoH_Five), (788; 2-CH_Three, 4-OCH_Three;I c_ThreeH₇; C_ThreeH₇), (78
9; 2-CH_Three, 4-OCH_Three;I c_ThreeH₇;I c_ThreeH₇), (790; 2-CH_Three, 4-OCH_Three; i
-C_ThreeH₇; Ph), (791; 2-CH_Three, 4-OCH_Three;I c_ThreeH₇; CH_TwoPh), (792; 2
-CH_Three, 4-OCH_Three; Ph; H), (793; 2-CH_Three, 4-OCH_Three; Ph; CH_Three), (79
4; 2-CH_Three, 4-OCH_Three; Ph; C _TwoH_Five), (795; 2-CH_Three, 4-OCH_Three; Ph; C
_ThreeH₇), (796; 2-CH_Three, 4-OCH_Three; Ph; i-C_ThreeH₇), (797; 2-CH_Three, 4-O
CH_Three; Ph; Ph), (798; 2-CH_Three, 4-OCH_Three; Ph; CH_TwoPh), (799; 2-CH
_Three, 4-OCH_Three; CH_TwoPh; H), (800; 2-CH_Three, 4-OCH_Three; CH_TwoPh; CH_Three),
(801; 2-CH_Three, 4-OCH_Three; CH_TwoPh; C_TwoH_Five), (802; 2-CH_Three, 4-OCH_Three; C
H_TwoPh; C_ThreeH₇), (803; 2-CH_Three, 4-OCH_Three; CH_TwoPh; i-C_ThreeH₇), (804;
2-CH_Three, 4-OCH _Three; CH_TwoPh; Ph), (805; 2-CH_Three, 4-OCH_Three; CH_TwoPh; CH
_TwoPh), (806; 2-CH_Three, 4-OCH_Three; COCH_Three; H), (807; 2-CH_Three, 4-OC
H_Three; COCH_Three; CH_Three), (808; 2-CH_Three, 4-OCH_Three; COCH_Three; C_TwoH_Five), (80
9; 2-CH_Three, 4-OCH_Three; COCH_Three; C_ThreeH₇), (810; 2-CH_Three, 4-OCH_Three; COCH
_Three;I c_ThreeH₇), (811; 2-CH_Three, 4-OCH_Three; COCH_Three; Ph), (812; 2-C
H_Three, 4-OCH_Three; COCH_Three; CH_TwoPh), (813; 2-CH_Three, 4-OCH_Three; COPh; H),
 (814; 2-CH_Three, 4-OCH_Three; COPh; CH_Three), (815; 2-CH_Three, 4-OCH_Three; CO
Ph; C_TwoH_Five), (816; 2-CH_Three, 4-OCH_Three; COPh; C_ThreeH₇), (817; 2-C
H_Three, 4-OCH_Three; COPh; i-C_ThreeH₇), (818; 2-CH_Three, 4-OCH_Three; COPh; P
h), (819; 2-CH_Three, 4-OCH_Three; COPh; CH_TwoPh),

(820; 3,4- (OCH_Three)_Two; H; H), (821; 3,4- (OCH_Three)
_Two; H; CH_Three), (822; 3,4- (OCH_Three)_Two; H; OC_TwoH_Five), (823; 3,4- (OCH
_Three)_Two; H; C_ThreeH₇), (824; 3,4- (OCH_Three)_Two; H; i-C_ThreeH₇), (825; 3,4-
(OCH_Three) _Two; H; Ph), (826; 3,4- (OCH_Three)_Two; H; CH_TwoPh), (827; 3,4
-(OCH_Three)_Two; CH_Three; H), (828; 3,4- (OCH_Three)_Two; CH_Three; CH_Three), (829;
3,4- (OCH_Three)_Two; CH_Three; C_TwoH_Five), (830; 3,4- (OCH_Three)_Two; CH_Three; C_ThreeH₇),
(831; 3,4- (OCH_Three)_Two; CH_Three;I c_ThreeH₇), (832; 3,4- (OCH_Three)_Two; C
H_Three; Ph), (833; 3,4- (OCH_Three)_Two; CH_Three; CH_TwoPh), (834; 3,4- (OCH
_Three)_Two; CF_Three; H), (835; 3,4- (OCH_Three)_Two; CF_Three; CH_Three), (836; 3,4- (O
CH_Three)_Two; CF_Three; C_TwoH_Five), (837; 3,4- (OCH_Three)_Two; CF_Three; C_ThreeH₇), (838;
3,4- (OCH_Three)_Two; CF_Three;I c_ThreeH₇), (839; 3,4- (OCH_Three)_Two; CF_Three; Ph),
 (840; 3,4- (OCH_Three)_Two; CF_Three; CH_TwoPh), (841; 3,4- (OCH_Three)_Two; C_TwoH
_Five; H), (842; 3,4- (OCH_Three)_Two; C_TwoH_Five; CH_Three), (843; 3,4- (OC
H_Three)_Two; C_TwoH_Five; C_TwoH_Five), (844; 3,4- (OCH_Three)_Two; C_TwoH_Five; C_ThreeH₇), (845;
3,4- (OCH_Three)_Two; C_TwoH_Five;I c_ThreeH₇), (846; 3,4- (OCH_Three)_Two; C_TwoH_Five; P
h), (847; 3,4- (OCH_Three)_Two; C_TwoH_Five; CH_TwoPh), (848; 3,4- (OC
H_Three)_Two; C_ThreeH₇; H), (849; 3,4- (OCH_Three)_Two; C_ThreeH₇; CH_Three), (850; 3,4-
(OCH_Three)_Two; C_ThreeH₇; C_TwoH_Five), (851; 3,4- (OCH_Three) _Two; C_ThreeH₇; C_ThreeH₇),
(852; 3,4- (OCH_Three)_Two; C_ThreeH₇;I c_ThreeH₇), (853; 3,4- (OCH_Three)_Two; C_Three
H₇; Ph), (854; 3,4- (OCH_Three)_Two; C_ThreeH₇; CH_TwoPh), (855; 3,4- (OCH
_Three)_Two;I c_ThreeH₇; H), (856; 3,4- (OCH_Three)_Two;I c_ThreeH₇; CH_Three), (857;
3,4- (OCH_Three)_Two;I c_ThreeH₇; C_TwoH_Five), (858; 3,4- (OCH_Three)_Two;I c_ThreeH₇;
C _ThreeH₇), (859; 3,4- (OCH_Three)_Two;I c_ThreeH₇;I c_ThreeH₇), (860; 3,4-
(OCH_Three)_Two;I c_ThreeH₇; Ph), (861; 3,4- (OCH_Three)_Two;I c_ThreeH₇; CH_TwoP
h), (862; 3,4- (OCH_Three)_Two; Ph; H), (863; 3,4- (OCH_Three)_Two; Ph; CH
_Three), (864; 3,4- (OCH_Three)_Two; Ph; C_TwoH_Five), (865; 3,4- (OCH_Three)_Two; P
h; C_ThreeH₇), (866; 3,4- (OCH_Three)_Two; Ph; i-C_ThreeH₇), (867; 3,4- (OC
H_Three)_Two; Ph; Ph), (868; 3,4- (OCH_Three)_Two; Ph; CH_TwoPh), (869; 3,4-
(OCH_Three)_Two; CH_TwoPh; H), (870; 3,4- (OCH_Three)_Two; CH_TwoPh; CH_Three), (87
1; 3,4- (OCH_Three)_Two; CH_TwoPh; C_TwoH_Five), (872; 3,4- (OCH_Three)_Two; CH_TwoPh;
C_ThreeH₇), (873; 3,4- (OCH_Three)_Two; CH_TwoPh; i-C_ThreeH₇), (874; 3,4- (O
CH_Three)_Two; CH_TwoPh; Ph), (875; 3,4- (OCH_Three)_Two; CH_TwoPh; CH_TwoPh), (8
76; 3,4- (OCH_Three)_Two; COCH_Three; H), (877; 3,4- (OCH_Three)_Two; COCH_Three; CH
_Three), (878; 3,4- (OCH_Three)_Two; COCH_Three; C_TwoH_Five), (879; 3,4- (OC
H_Three)_Two; COCH_Three; C_ThreeH₇), (880; 3,4- (OCH_Three)_Two; COCH_Three;I c_ThreeH₇),
(881; 3,4- (OCH_Three)_Two; COCH_Three; Ph), (882; 3,4- (OCH_Three)_Two; COC
H_Three; CH_TwoPh), (883; 3,4- (OCH_Three)_Two; COPh; H), (884; 3,4- (OCH
_Three)_Two; COPh; CH_Three), (885; 3,4- (OCH_Three)_Two; COPh; C_TwoH_Five), (886;
3,4- (OCH_Three)_Two; COPh; C_ThreeH₇), (887; 3,4- (OCH_Three)_Two; COPh; i-C_Three
H₇), (888; 3,4- (OCH_Three)_Two; COPh; Ph), (889; 3,4- (OCH_Three)_Two; C
OPh; CH_TwoPh),

(890; 2,4- (OCH_Three)_Two; H; H), (891; 2,4- (OCH_Three)
_Two; H; CH_Three), (892; 2,4- (OCH_Three)_Two; H; C_TwoH_Five), (893; 2,4- (OC
H_Three)_Two; H; C_ThreeH₇), (894; 2,4- (OCH_Three)_Two; H; i-C_ThreeH₇), (895; 2,4
-(OCH_Three)_Two; H; Ph), (896; 2,4- (OCH_Three)_Two; H; CH_TwoPh), (897; 2,
4- (OCH_Three)_Two; CH_Three; H), (898; 2,4- (OCH_Three)_Two; CH_Three; OCH_Three), (89
9; 2,4- (OCH_Three)_Two; CH_Three; C_TwoH_Five), (900; 2,4- (OCH_Three)_Two; CH_Three; C
_ThreeH₇), (901; 2,4- (OCH_Three)_Two; CH_Three;I c_ThreeH₇), (902; 2,4- (OCH_Three)
_Two; CH_Three; Ph), (903; 2,4- (OCH_Three)_Two; CH_Three; CH_TwoPh), (904; 2,4-
(OCH_Three)_Two; CF_Three; H), (905; 2,4- (OCH_Three)_Two; CF_Three; CH_Three), (906; 2,
4- (OCH_Three)_Two; CF_Three; C_TwoH_Five), (907; 2,4- (OCH_Three)_Two; CF_Three; C_ThreeH₇),
(908; 2,4- (OCH_Three)_Two; CF_Three;I c_ThreeH₇), (909; 2,4- (OCH_Three)_Two; C
F_Three; Ph), (910; 2,4- (OCH_Three)_Two; CF_Three; CH_TwoPh), (911; 2,4- (OCH
_Three)_Two; C_TwoH_Five; H), (912; 2,4- (OCH_Three)_Two; C_TwoH_Five; CH_Three), (913; 2,4-
(OCH_Three)_Two; C_TwoH_Five; C_TwoH_Five), (914; 2,4- (OCH_Three)_Two; C_TwoH_Five; C_ThreeH₇), (9
15; 2,4- (OCH_Three)_Two; C_TwoH_Five;I c_ThreeH₇), (916; 2,4- (OCH_Three)_Two; C
_TwoH_Five; Ph), (917; 2,4- (OCH_Three)_Two; C_TwoH_Five; CH_TwoPh), (918; 2,4- (O
CH_Three)_Two; C_ThreeH₇; H), (919; 2,4- (OCH_Three)_Two; C_ThreeH₇; CH_Three), (920; 2,4
-(OCH_Three)_Two; C_ThreeH₇; C_TwoH_Five), (921; 2,4- (OCH_Three) _Two; C_ThreeH₇; C_ThreeH₇),
(922; 2,4- (OCH_Three)_Two; C_ThreeH₇;I c_ThreeH₇), (923; 2,4- (OCH_Three)_Two; C_Three
H₇; Ph), (924; 2,4- (OCH_Three)_Two; C_ThreeH₇; CH_TwoPh), (925; 2,4- (OCH
_Three)_Two;I c_ThreeH₇; H), (926; 2,4- (OCH_Three)_Two;I c_ThreeH₇; CH_Three), (927;
2,4- (OCH_Three)_Two;I c_ThreeH₇; C_TwoH_Five), (928; 2,4- (OCH_Three)_Two;I c_ThreeH₇;
C _ThreeH₇), (929; 2,4- (OCH_Three)_Two;I c_ThreeH₇;I c_ThreeH₇), (930; 2,4-
(OCH_Three)_Two;I c_ThreeH₇; Ph), (931; 2,4- (OCH_Three)_Two;I c_ThreeH₇; CH_TwoP
h), (932; 2,4- (OCH_Three)_Two; Ph; H), (933; 2,4- (OCH_Three)_Two; Ph; CH
_Three), (934; 2,4- (OCH_Three)_Two; Ph; C_TwoH_Five), (935; 2,4- (OCH_Three)_Two; P
h; C_ThreeH₇), (936; 2,4- (OCH_Three)_Two; Ph; i-C_ThreeH₇), (937; 2,4- (OC
H_Three)_Two; Ph; Ph), (938; 2,4- (OCH_Three)_Two; Ph; CH_TwoPh), (939; 2,4-
(OCH_Three)_Two; CH_TwoPh; H), (940; 2,4- (OCH_Three)_Two; CH_TwoPh; CH_Three), (94
1; 2,4- (OCH_Three)_Two; CH_TwoPh; C_TwoH_Five), (942; 2,4- (OCH_Three)_Two; CH_TwoPh;
C_ThreeH₇), (943; 2,4- (OCH_Three)_Two; CH_TwoPh; i-C_ThreeH₇), (944; 2,4- (O
CH_Three)_Two; CH_TwoPh; Ph), (945; 2,4- (OCH_Three)_Two; CH_TwoPh; CH_TwoPh),

(946; 2,5- (OCH_Three)_Two; COCH_Three; H), (947; 2,5- (O
CH_Three)_Two; COCH_Three; CH_Three), (948; 2,5- (OCH_Three)_Two; COCH_Three; C_TwoH_Five), (9
49; 2,5- (OCH_Three)_Two; COCH_Three; C_ThreeH₇), (950; 2,5- (OCH_Three)_Two; COC
H_Three;I c_ThreeH ₇), (951; 2,5- (OCH_Three)_Two; COCH_Three; Ph), (952; 2,5-
(OCH_Three)_Two; COCH_Three; CH_TwoPh), (953; 2,5- (OCH_Three)_Two; COPh; H), (9
54; 2,5- (OCH_Three)_Two; COPh; CH_Three), (955; 2,5- (OCH_Three)_Two; COPh; C_Two
H_Five), (956; 2,5- (OCH_Three)_Two; COPh; OC_ThreeH₇), (957; 2,5- (OCH_Three)
_Two; COPh; i-C_ThreeH₇), (958; 2,5- (OCH_Three)_Two; COPh; Ph), (959; 2,
5- (OCH_Three)_Two; COPh; CH_TwoPh), (960; 2,5- (OCH_Three)_Two; H; H), (96
1; 2,5- (OCH_Three)_Two; H; CH_Three), (962; 2,5- (OCH_Three)_Two; H; C_TwoH_Five), (9
63; 2,5- (OCH_Three)_Two; H; C_ThreeH ₇), (964; 2,5- (OCH_Three)_Two; H; i-C
_ThreeH₇), (965; 2,5- (OCH_Three)_Two; H; Ph), (966; 2,5- (OCH_Three)_Two; H; C
H_TwoPh), (967; 2,5- (OCH_Three)_Two; CH_Three; H), (968; 2,5- (OCH_Three)_Two; C
H_Three; CH_Three), (969; 2,5- (OCH_Three)_Two; CH_Three; C_TwoH_Five), (970; 2,5- (OCH
_Three)_Two; CH_Three; C_ThreeH₇),

(971; 2,6- (OCH_Three)_Two; CH_Three;I c_ThreeH₇), (972; 2,6
-(OCH_Three)_Two; CH_Three; Ph), (973; 2,6- (OCH_Three)_Two; CH_Three; CH_TwoPh), (97
4; 2,6- (OCH_Three)_Two; CF_Three; H), (975; 2,6- (OCH_Three)_Two; CF_Three; CH_Three),
(976; 2,6- (OCH_Three)_Two; CF_Three; C_TwoH_Five), (977; 2,6- (OCH_Three)_Two; CF_Three; C
_ThreeH₇), (978; 2,6- (OCH_Three)_Two; CF_Three;I c_ThreeH₇), (979; 2,6- (OC
H_Three)_Two; CF_Three; Ph), (980; 2,6- (OCH_Three)_Two; CF_Three; CH_TwoPh), (981; 2,
6- (OCH_Three)_Two; C_TwoH_Five; H), (982; 2,6- (OCH_Three)_Two; C_TwoH_Five; CH_Three), (98
3; 2,6- (OCH_Three)_Two; C_TwoH_Five; C_TwoH_Five), (984; 2,6- (OCH_Three)_Two; C_TwoH_Five; C_ThreeH
₇), (985; 2,6- (OCH_Three)_Two; C_TwoH_Five;I c_ThreeH₇), (986; 2,6- (OCH_Three)
_Two; C_TwoH_Five; Ph), (987; 2,6- (OCH_Three)_Two; C_TwoH_Five; CH_TwoPh), (988; 2,6
-(OCH_Three)_Two; C_ThreeH₇; H), (989; 2,6- (OCH_Three)_Two; C_ThreeH₇; CH_Three), (990;
2,6- (OCH_Three)_Two; C_ThreeH₇; C_TwoH_Five), (991; 2,6- (OCH_Three) _Two; C_ThreeH₇; C
_ThreeH₇), (992; 2,6- (OCH_Three)_Two; C_ThreeH₇;I c_ThreeH₇), (993; 2,6- (OCH
_Three)_Two; C_ThreeH₇; Ph), (994; 2,6- (OCH_Three)_Two; C_ThreeH₇; CH_TwoPh), (995; 2,
6- (OCH_Three)_Two;I c_ThreeH₇; H), (996; 2,6- (OCH_Three)_Two;I c_ThreeH₇; CH_Three),
 (997; 2,6- (OCH_Three)_Two;I c_ThreeH₇; C_TwoH_Five), (998; 2,6- (OCH_Three)_Two; i
-C_ThreeH₇; C _ThreeH₇), (999; 2,6- (OCH_Three)_Two;I c_ThreeH₇;I c_ThreeH₇), (100
0; 2,6- (OCH_Three)_Two;I c_ThreeH₇; Ph), (1001; 2,6- (OCH_Three)_Two;I c
_ThreeH₇; CH_TwoPh), (1002; 2,6- (OCH_Three)_Two; Ph; H), (1003; 2,6- (OC
H_Three)_Two; Ph; CH_Three), (1004; 2,6- (OCH_Three)_Two; Ph; C_TwoH_Five), (1005; 2,
6- (OCH_Three)_Two; Ph; C_ThreeH₇), (1006; 2,6- (OCH_Three)_Two; Ph; i-C_ThreeH₇),
(1007; 2,6- (OCH_Three)_Two; Ph; Ph), (1008; 2,6- (OCH_Three)_Two; Ph; CH_Two
Ph), (1009; 2,6- (OCH_Three)_Two; CH_TwoPh; H), (1010; 2,6- (OC
H_Three)_Two; CH_TwoPh; CH_Three), (1011; 2,6- (OCH_Three)_Two; CH_TwoPh; C_TwoH_Five), (1
012; 2,6- (OCH_Three)_Two; CH_TwoPh; C_ThreeH₇), (1013; 2,6- (OCH_Three)_Two; CH_Two
Ph; i-C_ThreeH₇), (1014; 2,6- (OCH_Three)_Two; CH_TwoPh; Ph), (1015; 2,6
-(OCH_Three)_Two; CH_TwoPh; CH_TwoPh), (1016; 2,6- (OCH_Three)_Two; COCH_Three; H),
 (1017; 2,6- (OCH_Three)_Two; COCH_Three; CH_Three), (1018; 2,6- (OCH_Three)_Two; C
OCH_Three; C_TwoH_Five), (1019; 2,6- (OCH_Three)_Two; COCH_Three; C_ThreeH₇), (1020;
2,6- (OCH_Three)_Two; COCH_Three;I c_ThreeH₇), (1021; 2,6- (OCH_Three)_Two; COC
H_Three; Ph), (1022; 2,6- (OCH_Three)_Two; COCH_Three; CH_TwoPh), (1023; 2,6-
(OCH_Three)_Two; COPh; H), (1024; 2,6- (OCH_Three)_Two; COPh; OCH_Three), (Ten
25; 2,6- (OCH_Three)_Two; COPh; C_TwoH_Five), (1026; 2,6- (OCH_Three)_Two; COPh;
C_ThreeH₇), (1027; 2,6- (OCH_Three)_Two; COPh; i-C_ThreeH₇), (1028; 2,6-
(OCH_Three)_Two; COPh; Ph), (1029; 2,6- (OCH_Three)_Two; COPh; CH_TwoPh),

(1030; 2-OPh; H; H), (1031; 2-OPh; H; CH ₃ ),
(1032; 2-OPh; H; C ₂ H ₅ ), (1033; 2-OPh; H; C ₃ H ₇ ), (1034; 2-
OPh; H; iC ₃ H ₇ ), (1035; 2-OPh; H; Ph), (1036; 2-OPh; H; CH
₂ Ph), (1037; 2-OPh; CH ₃ ; H), (1038; 2-OPh; CH ₃ ; CH ₃ ), (10
39; 2-OPh; CH ₃ ; C ₂ H ₅ ), (1040; 2-OPh; CH ₃ ; C ₃ H ₇ ), (1041; 2
-OPh; CH ₃ ; iC ₃ H ₇ ), (1042; 2-OPh; CH ₃ ; Ph), (1043; 2-OP
h; CH ₃ ; CH ₂ Ph), (1044; 2-OPh; CF ₃ ; H), (1045; 2-OPh; CF ₃ ;
CH ₃ ), (1046; 2-OPh; CF ₃ ; C ₂ H ₅ ), (1047; 2-OPh; CF ₃ ; C
_{3 H 7), (1048;} 2-OPh; CF 3; iC 3 H 7), (1049; 2-OPh; CF 3; P
h), (1050; 2-OPh; CF ₃ ; CH ₂ Ph), (1051; 2-OPh; C ₂ H ₅ ; H),
(1052; 2-OPh; C ₂ H ₅ ; CH ₃ ), (1053; 2-OPh; C ₂ H ₅ ; C ₂ H ₅ ), (105
4; 2-OPh; C ₂ H ₅ ; C ₃ H ₇ ), (1055; 2-OPh; C ₂ H ₅ ; iC ₃ H ₇ ), (105
6; 2-OPh; C ₂ H ₅ ; Ph), (1057; 2-OPh; C ₂ H ₅ ; CH ₂ Ph), (1058; 2
-OPh; C ₃ H ₇ ; H), (1059; 2-OPh; C ₃ H ₇ ; CH ₃ ), (1060; 2-OPh; C
_{3 H 7; C 2 H 5} ), (1061; 2-OPh; C 3 H 7; C 3 H 7), (1062; 2-OPh; C 3 H
_{7; iC 3 H 7),} (1063; 2-OPh; C 3 H 7; Ph), (1064; 2-OPh; C 3 H 7;
CH ₂ Ph), (1065; 2-OPh; iC ₃ H ₇ ; H), (1066; 2-OPh; iC ₃ H ₇ ;
CH ₃ ), (1067; 2-OPh; iC ₃ H ₇ ; C ₂ H ₅ ), (1068; 2-OPh; iC ₃ H ₇ ;
C ₃ H ₇ ), (1069; 2-OPh; iC ₃ H ₇ ; iC ₃ H ₇ ), (1070; 2-OPh; iC
_{3 H 7; Ph), (} 1071; 2-OPh; iC 3 H 7; CH 2 Ph), (1072; 2-OPh; P
h; H), (1073; 2-OPh; Ph; CH ₃ ), (1074; 2-OPh; Ph; C ₂ H ₅ ), (1
075; 2-OPh; Ph; C ₃ H ₇ ), (1076; 2-OPh; Ph; iC ₃ H ₇ ), (1077;
2-OPh; Ph; Ph), (1078; 2-OPh; Ph; CH ₂ Ph), (1079; 2-OPh; C
H ₂ Ph; H), (1080; 2-OPh; CH ₂ Ph; CH ₃ ), (1081; 2-OPh; CH ₂ P
h; C ₂ H ₅ ), (1082; 2-OPh; CH ₂ Ph; C ₃ H ₇ ), (1083; 2-OPh; CH ₂ P
h; iC ₃ H ₇ ), (1084; 2-OPh; CH ₂ Ph; Ph), (1085; 2-OPh; CH ₂ P
h; CH ₂ Ph), (1086; 2-OPh; COCH ₃ ; H), (1087; 2-OPh; COCH ₃ ;
CH ₃ ), (1088; 2-OPh; COCH ₃ ; C ₂ H ₅ ), (1089; 2-OPh; COCH ₃ ; C
_{3 H 7), (1090;} 2-OPh; COCH 3; iC 3 H 7), (1091; 2-OPh; COC
H ₃ ; Ph), (1092; 2-OPh; COCH ₃ ; CH ₂ Ph), (1093; 2-OPh; COP
h; H), (1094; 2-OPh; COPh; CH ₃ ), (1095; 2-OPh; COPh; C
_{2 H 5), (1096;} 2-OPh; COPh; C 3 H 7), (1097; 2-OPh; COPh; iC
_{3 H 7), (1098;} 2-OPh; COPh; Ph), (1099; 2-OPh; COPh; CH 2 P
h),

(1100; 3-OPh; H; H), (1101; 3-OPh; H; CH)_Three),
(1102; 3-OPh; H; OC_TwoH_Five), (1103; 3-OPh; H; C_ThreeH₇), (1104; 3
-OPh; H; i-C_ThreeH₇), (1105; 3-OPh; H; Ph), (1106; 3-OPh; H; C
H_TwoPh), (1107; 3-OPh; CH_Three; H), (1108; 3-OPh; CH_Three; CH_Three), (1
109; 3-OPh; CH_Three; C_TwoH_Five), (1110; 3-OPh; CH_Three; C_ThreeH₇), (1111;
3-OPh; CH_Three;I c_ThreeH₇), (1112; 3-OPh; CH_Three; Ph), (1113; 3-OP
h; CH_Three; CH_TwoPh), (1114; 3-OPh; CF_Three; H), (1115; 3-OPh; CF_Three;
CH_Three), (1116; 3-OPh; CF_Three; C_TwoH_Five), (1117; 3-OPh; CF_Three; C
_ThreeH₇), (1118; 3-OPh; CF_Three;I c_ThreeH₇), (1119; 3-OPh; CF_Three; P
h), (1120; 3-OPh; CF_Three; CH_TwoPh), (1121; 3-OPh; C_TwoH_Five; H),
(1122; 3-OPh; C_TwoH_Five; CH_Three), (1123; 3-OPh; C_TwoH_Five; C_TwoH_Five), (112
4; 3-OPh; C_TwoH_Five; C_ThreeH₇), (1125; 3-OPh; C_TwoH_Five;I c_ThreeH₇), (112
6; 3-OPh; C_TwoH_Five; Ph), (1127; 3-OPh; C_TwoH_Five; CH_TwoPh), (1128; 3
-OPh; C_ThreeH₇; H), (1129; 3-OPh; C_ThreeH₇; CH_Three), (1130; 3-OPh; C
_ThreeH₇; C_TwoH_Five), (1131; 3-OPh; C_ThreeH₇; C_ThreeH₇), (1132; 3-OPh; C_ThreeH
₇;I c_ThreeH₇), (1133; 3-OPh; C_ThreeH₇; Ph), (1134; 3-OPh; C_ThreeH₇;
CH_TwoPh), (1135; 3-OPh; i-C_ThreeH₇; H), (1136; 3-OPh; i-C_ThreeH₇;
CH_Three), (1137; 3-OPh; i-C_ThreeH₇; C_TwoH_Five), (1138; 3-OPh; i-C_ThreeH₇;
C_ThreeH₇), (1139; 3-OPh; i-C_ThreeH₇;I c_ThreeH₇), (1140; 3-OPh; i-C
_ThreeH ₇; Ph), (1141; 3-OPh; i-C_ThreeH₇; CH_TwoPh), (1142; 3-OPh; P
h; H), (1143; 3-OPh; Ph; CH_Three), (1144; 3-OPh; Ph; C_TwoH_Five),
(1145; 3-OPh; Ph; C_ThreeH₇), (1146; 3-OPh; Ph; i-C_ThreeH₇), (114
7; 3-OPh; Ph; Ph), (1148; 3-OPh; Ph; CH_TwoPh), (1149; 3-OP
h; CH_TwoPh; H), (1150; 3-OPh; CH_TwoPh; CH_Three), (1151; 3-OPh; CH
_TwoPh; C_TwoH_Five), (1152; 3-OPh; CH_TwoPh; C_ThreeH₇), (1153; 3-OPh; CH
_TwoPh; i-C_ThreeH₇), (1154; 3-OPh; CH_TwoPh; Ph), (1155; 3-OPh; CH
_TwoPh; CH_TwoPh), (1156; 3-OPh; COCH_Three; H), (1157; 3-OPh; COCH
_Three; CH_Three), (1158; 3-OPh; COCH_Three; C_TwoH_Five), (1159; 3-OPh; COC
H_Three; C_ThreeH₇), (1160; 3-OPh; COCH_Three;I c_ThreeH₇), (1161; 3-OPh; C
OCH_Three; Ph), (1162; 3-OPh; COCH_Three; CH_TwoPh), (1163; 3-OPh; CO
Ph; H), (1164; 3-OPh; COPh; CH_Three), (1165; 3-OPh; COPh; C_TwoH
_Five), (1166; 3-OPh; COPh; C_ThreeH₇), (1167; 3-OPh; COPh; i-C_ThreeH
₇), (1168; 3-OPh; COPh; Ph), (1169; 3-OPh; COPh; CH_TwoPh),

(1170; 4-OPh; H; H), (1171; 4-OPh; H; CH)_Three),
(1172; 4-OPh; H; C_TwoH_Five), (1173; 4-OPh; H; C_ThreeH₇), (1174; 4-
OPh; H; i-C_ThreeH₇), (1175; 4-OPh; H; Ph), (1176; 4-OPh; H; CH
_TwoPh), (1177; 4-OPh; CH_Three; H), (1178; 4-OPh; CH_Three; CH_Three), (11
79; 4-OPh; CH_Three; C_TwoH_Five), (1180; 4-OPh; CH_Three; C_ThreeH₇), (1181; 4
-OPh; CH_Three;I c_ThreeH₇), (1182; 4-OPh; CH_Three; Ph), (1183; 4-OP
h; CH_Three; CH_TwoPh), (1184; 4-OPh; CF_Three; H), (1185; 4-OPh; CF_Three;
CH_Three), (1186; 4-OPh; CF_Three; OC_TwoH_Five), (1187; 4-OPh; CF_Three; C
_ThreeH₇), (1188; 4-OPh; CF_Three;I c_ThreeH₇), (1189; 4-OPh; CF_Three; P
h), (1190; 4-OPh; CF_Three; CH_TwoPh), (1191; 4-OPh; C_TwoH_Five; H),
(1192; 4-OPh; C_TwoH_Five; CH_Three), (1193; 4-OPh; C_TwoH_Five; C_TwoH_Five), (119
4; 4-OPh; C_TwoH_Five; C_ThreeH₇), (1195; 4-OPh; C_TwoH_Five;I c_ThreeH₇), (119
6; 4-OPh; C_TwoH_Five; Ph), (1197; 4-OPh; C_TwoH_Five; CH_TwoPh), (1198; 4
-OPh; C_ThreeH₇; H), (1199; 4-OPh; C_ThreeH₇; CH_Three), (1200; 4-OPh; C
_ThreeH₇; C_TwoH_Five), (1201; 4-OPh; C_ThreeH₇; C_ThreeH₇), (1202; 4-OPh; C_ThreeH
₇;I c_ThreeH₇), (1203; 4-OPh; C_ThreeH₇; Ph), (1204; 4-OPh; C_ThreeH₇;
CH_TwoPh), (1205; 4-OPh; i-C_ThreeH₇; H), (1206; 4-OPh; i-C_ThreeH₇;
CH_Three), (1207; 4-OPh; i-C_ThreeH₇; C_TwoH_Five), (1208; 4-OPh; i-C_ThreeH₇;
C_ThreeH₇), (1209; 4-OPh; i-C_ThreeH₇;I c_ThreeH₇), (1210; 4-OPh; i-C
_ThreeH ₇; Ph), (1211; 4-OPh; i-C_ThreeH₇; CH_TwoPh), (1212; 4-OPh; P
h; H), (1213; 4-OPh; Ph; CH_Three), (1214; 4-OPh; Ph; C_TwoH_Five),
(1215; 4-OPh; Ph; C_ThreeH₇), (1216; 4-OPh; Ph; i-C_ThreeH₇), (121
7; 4-OPh; Ph; Ph), (1218; 4-OPh; Ph; CH_TwoPh), (1219; 4-OP
h; CH_TwoPh; H), (1220; 4-OPh; CH_TwoPh; CH_Three), (1221; 4-OPh; CH
_TwoPh; C_TwoH_Five), (1222; 4-OPh; CH_TwoPh; C_ThreeH₇), (1223; 4-OPh; CH
_TwoPh; i-C_ThreeH₇), (1224; 4-OPh; CH_TwoPh; Ph), (1225; 4-OPh; CH
_TwoPh; CH_TwoPh), (1226; 4-OPh; COCH_Three; H), (1227; 4-OPh; COCH
_Three; CH_Three), (1228; 4-OPh; COCH_Three; C_TwoH_Five), (1229; 4-OPh; COC
H_Three; C_ThreeH₇), (1230; 4-OPh; COCH_Three;I c_ThreeH₇), (1231; 4-OPh; C
OCH_Three; Ph), (1232; 4-OPh; COPh; CH_TwoPh), (1233; 4-OPh; COP
h; H), (1234; 4-OPh; COPh; CH_Three), (1235; 4-OPh; COPh; C
_TwoH_Five), (1236; 4-OPh; COPh; C_ThreeH₇), (1237; 4-OPh; COPh; i-C
_ThreeH₇), (1238; 4-OPh; COPh; Ph), (1239; 4-OPh; COPh; CH_TwoP
h),

(1240; 2-OCH_TwoPh; H; H), (1241; 2-OCH_TwoPh; H;
CH_Three), (1242; 2-OCH_TwoPh; H; C_TwoH_Five), (1243; 2-OCH_TwoPh; H; C_ThreeH
₇), (1244; 2-OCH_TwoPh; H; i-C_ThreeH₇), (1245; 2-OCH_TwoPh; H; P
h), (1246; 2-OCH_TwoPh; H; CH_TwoPh), (1247; 2-OCH_TwoPh; CH_Three;
H), (1248; 2-OCH_TwoPh; CH_Three; CH_Three), (1249; 2-OCH_TwoPh; CH_Three; C_Two
H_Five), (1250; 2-OCH_TwoPh; CH_Three; C_ThreeH₇), (1251; 2-OCH_TwoPh; CH_Three;
I c_ThreeH₇), (1252; 2-OCH_TwoPh; CH_Three; Ph), (1253; 2-OCH_TwoPh; CH
_Three; CH_TwoPh), (1254; 2-OCH_TwoPh; CF_Three; H), (1255; 2-OCH_TwoPh; CF
_Three; CH_Three), (1256; 2-OCH_TwoPh; CF_Three; C_TwoH_Five), (1257; 2-OCH_TwoPh; C
F_Three; C_ThreeH₇), (1258; 2-OCH_TwoPh; CF_Three;I c_ThreeH₇), (1259; 2-OCH_Two
Ph; CF_Three; Ph), (1260; 2-OCH_TwoPh; CF_Three; CH_TwoPh), (1261; 2-OCH
_TwoPh; C_TwoH_Five; H), (1262; 2-OCH_TwoPh; C_TwoH_Five; CH_Three), (1263; 2-OCH
_TwoPh; C_TwoH_Five; C_TwoH_Five), (1264; 2-OCH_TwoPh; C_TwoH_Five; C_ThreeH₇), (1265; 2
-OCH_TwoPh; C_TwoH_Five;I c_ThreeH₇), (1266; 2-OCH_TwoPh; C_TwoH_Five; Ph), (12
67; 2-OCH_TwoPh; C_TwoH_Five; CH_TwoPh), (1268; 2-OCH _TwoPh; C_ThreeH₇; H),
(1269; 2-OCH_TwoPh; C_ThreeH₇; CH_Three), (1270; 2-OCH_TwoPh; C_ThreeH₇; C
_TwoH_Five), (1271; 2-OCH_TwoPh; C_ThreeH₇; C_ThreeH₇), (1272; 2-OCH_TwoPh; C_Three
H₇;I c_ThreeH₇), (1273; 2-OCH_TwoPh; C_ThreeH₇; Ph), (1274; 2-OCH_TwoP
h; C_ThreeH₇; CH_TwoPh), (1275; 2-OCH_TwoPh; i-C_ThreeH₇; H), (1276; 2-O
CH_TwoPh; i-C_ThreeH₇; CH_Three), (1277; 2-OCH_TwoPh; i-C_ThreeH₇; C_TwoH_Five), (1
278; 2-OCH_TwoPh; i-C_ThreeH₇; C_ThreeH₇), (1279; 2-OCH_TwoPh; i-C_ThreeH₇; i
-C_ThreeH₇), (1280; 2-OCH_TwoPh; i-C_ThreeH₇; Ph), (1281; 2-OCH_TwoPh;
I c_ThreeH₇; CH_TwoPh), (1282; 2-OCH_TwoPh; Ph; H), (1283; 2-OCH_TwoP
h; Ph; CH_Three), (1284; 2-OCH _TwoPh; Ph; C_TwoH_Five), (1285; 2-OCH_TwoP
h; Ph; C_ThreeH₇), (1286; 2-OCH_TwoPh; Ph; i-C_ThreeH₇), (1287; 2-OCH
_TwoPh; Ph; Ph), (1288; 2-OCH_TwoPh; Ph; CH_TwoPh), (1289; 2-OCH_Two
Ph; CH_TwoPh; H), (1290; 2-OCH_TwoPh; CH_TwoPh; OCH_Three), (1291; 2-O
CH_TwoPh; CH_TwoPh; C_TwoH_Five), (1292; 2-OCH_TwoPh; CH_TwoPh; C_ThreeH₇), (12
93; 2-OCH_TwoPh; CH_TwoPh; i-C_ThreeH₇), (1294; 2-OCH_TwoPh; CH_TwoPh; P
h), (1295; 2-OCH_TwoPh; CH_TwoPh; CH_TwoPh), (1296; 2-OCH_TwoPh; CO
CH_Three; H), (1297; 2-OCH_TwoPh; COCH_Three; CH_Three), (1298; 2-OCH_TwoPh; C
OCH_Three; C_TwoH_Five), (1299; 2-OCH_TwoPh; COCH_Three; C_ThreeH₇), (1300; 2-OC
H_TwoPh; COCH_Three;I c_ThreeH₇), (1301; 2-OCH_TwoPh; COCH_Three; Ph), (130
2; 2-OCH_TwoPh; COCH_Three; CH_TwoPh), (1303; 2-OCH_TwoPh; COPh; H),
(1304; 2-OCH_TwoPh; COPh; CH_Three), (1305; 2-OCH_TwoPh; COPh; C
_TwoH_Five), (1306; 2-OCH_TwoPh; COPh; C_ThreeH₇), (1307; 2-OCH_TwoPh; CO
Ph; i-C_ThreeH₇), (1308; 2-OCH_TwoPh; COPh; Ph), (1309; 2-OCH_TwoP
h; COPh; CH_TwoPh),

(1310; 3-OCH_TwoPh; H; H), (1311; 3-OCH_TwoPh; H;
CH_Three), (1312; 3-OCH_TwoPh; H; C_TwoH_Five), (1313; 3-OCH_TwoPh; H; C_ThreeH
₇), (1314; 3-OCH_TwoPh; H; i-C_ThreeH₇), (1315; 3-OCH_TwoPh; H; P
h), (1316; 3-OCH_TwoPh; H; CH_TwoPh), (1317; 3-OCH_TwoPh; CH_Three;
H), (1318; 3-OCH_TwoPh; CH_Three; CH_Three), (1319; 3-OCH_TwoPh; CH_Three; C_Two
H_Five), (1320; 3-OCH_TwoPh; CH_Three; C_ThreeH₇), (1321; 3-OCH_TwoPh; CH_Three;
I c_ThreeH₇), (1322; 3-OCH_TwoPh; CH_Three; Ph), (1323; 3-OCH_TwoPh; CH
_Three; CH_TwoPh), (1324; 3-OCH_TwoPh; CF_Three; H), (1325; 3-OCH_TwoPh; CF
_Three; CH_Three), (1326; 3-OCH_TwoPh; CF_Three; C_TwoH_Five), (1327; 3-OCH_TwoPh; C
F_Three; C_ThreeH₇), (1328; 3-OCH_TwoPh; CF_Three;I c_ThreeH₇), (1329; 3-OCH_Two
Ph; CF_Three; Ph), (1330; 3-OCH_TwoPh; CF_Three; CH_TwoPh), (1331; 3-OCH
_TwoPh; C_TwoH_Five; H), (1332; 3-OCH_TwoPh; C_TwoH_Five; CH_Three), (1333; 3-OCH
_TwoPh; C_TwoH_Five; C_TwoH_Five), (1334; 3-OCH_TwoPh; C_TwoH_Five; C_ThreeH₇), (1335; 3
-OCH_TwoPh; C_TwoH_Five;I c_ThreeH₇), (1336; 3-OCH_TwoPh; C_TwoH_Five; Ph), (13
37; 3-OCH_TwoPh; C_TwoH_Five; CH_TwoPh), (1338; 3-OCH _TwoPh; C_ThreeH₇; H),
(1339; 3-OCH_TwoPh; C_ThreeH₇; CH_Three), (1340; 3-OCH_TwoPh; C_ThreeH₇; OC_TwoH
_Five), (1341; 3-OCH_TwoPh; C_ThreeH₇; C_ThreeH₇), (1342; 3-OCH_TwoPh; C
_ThreeH₇;I c_ThreeH₇), (1343; 3-OCH_TwoPh; C_ThreeH₇; Ph), (1344; 3-OCH_Two
Ph; C_ThreeH₇; CH_TwoPh), (1345; 3-OCH_TwoPh; i-C_ThreeH₇; H), (1346; 3-
OCH_TwoPh; i-C_ThreeH₇; CH_Three), (1347; 3-OCH_TwoPh; i-C_ThreeH₇; C_TwoH_Five),
(1348; 3-OCH_TwoPh; i-C_ThreeH₇; C_ThreeH₇), (1349; 3-OCH_TwoPh; i-C_ThreeH₇;
I c_ThreeH₇), (1350; 3-OCH_TwoPh; i-C_ThreeH₇; Ph), (1351; 3-OCH_TwoP
h; i-C_ThreeH₇; CH_TwoPh), (1352; 3-OCH_TwoPh; Ph; H), (1353; 3-OCH
_TwoPh; Ph; CH_Three), (1354; 3-OCH_TwoPh; Ph; C_TwoH_Five), (1355; 3-OCH_Two
Ph; Ph; C_ThreeH₇), (1356; 3-OCH_TwoPh; Ph; i-C_ThreeH₇), (1357; 3-OC
H_TwoPh; Ph; Ph), (1358; 3-OCH_TwoPh; Ph; CH_TwoPh), (1359; 3-OCH
_TwoPh; CH_TwoPh; H), (1360; 3-OCH_TwoPh; CH_TwoPh; CH_Three), (1361; 3-O
CH_TwoPh; CH_TwoPh; C_TwoH_Five), (1362; 3-OCH_TwoPh; CH_TwoPh; C_ThreeH₇), (13
63; 3-OCH_TwoPh; CH_TwoPh; i-C_ThreeH₇), (1364; 3-OCH_TwoPh; CH_TwoPh; P
h), (1365; 3-OCH_TwoPh; CH_TwoPh; CH_TwoPh), (1366; 3-OCH_TwoPh; CO
CH_Three; H), (1367; 3-OCH_TwoPh; COCH_Three; CH_Three), (1368; 3-OCH_TwoPh; C
OCH_Three; C_TwoH_Five), (1369; 3-OCH_TwoPh; COCH_Three; C_ThreeH₇), (1370; 3-OC
H_TwoPh; COCH_Three;I c_ThreeH₇), (1371; 3-OCH_TwoPh; COCH_Three; Ph), (137
2; 3-OCH_TwoPh; COCH_Three; CH_TwoPh), (1373; 3-OCH_TwoPh; COPh; H),
(1374; 3-OCH_TwoPh; COPh; CH_Three), (1375; 3-OCH_TwoPh; COPh; C
_TwoH_Five), (1376; 3-OCH_TwoPh; COPh; C_ThreeH₇), (1377; 3-OCH_TwoPh; CO
Ph; i-C_ThreeH₇), (1378; 3-OCH_TwoPh; COPh; Ph), (1379; 3-OCH_TwoP
h; COPh; CH_TwoPh),

(1380; 4-OCH ₂ Ph; H; H), (1381; 4-OCH ₂ Ph; H;
CH ₃ ), (1382; 4-OCH ₂ Ph; H; C ₂ H ₅ ), (1383; 4-OCH ₂ Ph; H; C ₃ H
₇ ), (1384; 4-OCH ₂ Ph; H; iC ₃ H ₇ ), (1385; 4-OCH ₂ Ph; H; P
h), (1386; 4-OCH ₂ Ph; H; CH ₂ Ph), (1387; 4-OCH ₂ Ph; CH ₃ ;
H), (1388; 4-OCH ₂ Ph; CH ₃ ; CH ₃ ), (1389; 4-OCH ₂ Ph; CH ₃ ; C ₂
H ₅ ), (1390; 4-OCH ₂ Ph; CH ₃ ; C ₃ H ₇ ), (1391; 4-OCH ₂ Ph; CH ₃ ;
iC ₃ H ₇ ), (1392; 4-OCH ₂ Ph; CH ₃ ; Ph), (1393; 4-OCH ₂ Ph; CH
₃ ; CH ₂ Ph), (1394; 4-OCH ₂ Ph; CF ₃ ; H), (1395; 4-OCH ₂ Ph; CF
₃ ; CH ₃ ), (1396; 4-OCH ₂ Ph; CF ₃ ; C ₂ H ₅ ), (1397; 4-OCH ₂ Ph; C
F ₃ ; C ₃ H ₇ ), (1398; 4-OCH ₂ Ph; CF ₃ ; iC ₃ H ₇ ), (1399; 4-OCH ₂
Ph; CF ₃ ; Ph), (1400; 4-OCH ₂ Ph; CF ₃ ; CH ₂ Ph), (1401; 4-OCH
₂ Ph; C ₂ H ₅ ; H), (1402; 4-OCH ₂ Ph; C ₂ H ₅ ; CH ₃ ), (1403; 4-OCH
₂ Ph; C ₂ H ₅ ; OC ₂ H ₅ ), (1404; 4-OCH ₂ Ph; C ₂ H ₅ ; C ₃ H ₇ ), (1405;
4-OCH ₂ Ph; C ₂ H ₅ ; iC ₃ H ₇ ), (1406; 4-OCH ₂ Ph; C ₂ H ₅ ; Ph), (1
407; 4-OCH ₂ Ph; C ₂ H ₅ ; CH ₂ Ph), (1408; 4-OCH ₂ Ph; C ₃ H ₇ ; H),
(1409; 4-OCH ₂ Ph; C ₃ H ₇ ; CH ₃ ), (1410; 4-OCH ₂ Ph; C ₃ H ₇ ; C
_{2 H 5), (1411;} 4-OCH 2 Ph; C 3 H 7; C 3 H 7), (1412; 4-OCH 2 Ph; C 3
H ₇ ; iC ₃ H ₇ ), (1413; 4-OCH ₂ Ph; C ₃ H ₇ ; Ph), (1414; 4-OCH ₂ P
h; C ₃ H ₇ ; CH ₂ Ph), (1415; 4-OCH ₂ Ph; iC ₃ H ₇ ; H), (1416; 4-O
CH ₂ Ph; iC ₃ H ₇ ; CH ₃ ), (1417; 4-OCH ₂ Ph; iC ₃ H ₇ ; C ₂ H ₅ ), (1
418; 4-OCH ₂ Ph; iC ₃ H ₇ ; C ₃ H ₇ ), (1419; 4-OCH ₂ Ph; iC ₃ H ₇ ; i-
C ₃ H ₇ ), (1420; 4-OCH ₂ Ph; iC ₃ H ₇ ; Ph), (1421; 4-OCH ₂ Ph; i
-C ₃ H ₇ ; CH ₂ Ph), (1422; 4-OCH ₂ Ph; Ph; H), (1423; 4-OCH ₂ P
h; Ph; CH ₃ ), (1424; 4-OCH ₂ Ph; Ph; C ₂ H ₅ ), (1425; 4-OCH ₂ P
h; Ph; C ₃ H ₇ ), (1426; 4-OCH ₂ Ph; Ph; iC ₃ H ₇ ), (1427; 4-OCH
₂ Ph; Ph; Ph), (1428; 4-OCH ₂ Ph; Ph; CH ₂ Ph), (1429; 4-OCH ₂
Ph; CH ₂ Ph; H), (1430; 4-OCH ₂ Ph; CH ₂ Ph; CH ₃ ), (1431; 4-OC
H ₂ Ph; CH ₂ Ph; C ₂ H ₅ ), (1432; 4-OCH ₂ Ph; CH ₂ Ph; C ₃ H ₇ ), (143
3; 4-OCH ₂ Ph; CH ₂ Ph; iC ₃ H ₇ ), (1434; 4-OCH ₂ Ph; CH ₂ Ph; P
h), (1435; 4-OCH ₂ Ph; CH ₂ Ph; CH ₂ Ph),

(1436; 2-Cl, 4-OCH_Three; H; H), (1437; 2-Cl, 4-O
CH_Three; H; CH_Three), (1438; 2-Cl, 4-OCH_Three; H; C_TwoH_Five), (1439; 2-Cl,
4-OCH_Three; H; C_ThreeH₇), (1440; 2-Cl, 4-OCH_Three; H; i-C_ThreeH₇), (144
1; 2-Cl, 4-OCH_Three; H; Ph), (1442; 2-Cl, 4-OCH_Three; H; CH_TwoPh),
(1443; 2-Cl, 4-OCH_Three; CH_Three; H), (1444; 2-Cl, 4-OCH_Three; CH_Three; CH
_Three), (1445; 2-Cl, 4-OCH_Three; CH_Three; C_TwoH_Five), (1446; 2-Cl, 4-OC
H_Three; CH_Three; C_ThreeH₇), (1447; 2-Cl, 4-OCH_Three; CH_Three;I c_ThreeH₇), (144
8; 2-Cl, 4-OCH_Three; CH_Three; Ph), (1449; 2-Cl, 4-OCH_Three; CH_Three; CH_TwoP
h), (1450; 2-Cl, 4-OCH_Three; CF_Three; H), (1451; 2-Cl, 4-OCH_Three; CF
_Three; CH_Three), (1452; 2-Cl, 4-OCH_Three; CF_Three; C_TwoH_Five), (1453; 2-Cl, 4-
OCH_Three; CF_Three; C_ThreeH₇), (1454; 2-Cl, 4-OCH_Three; CF_Three;I c_ThreeH₇), (14
55; 2-Cl, 4-OCH_Three; CF_Three; Ph), (1456; 2-Cl, 4-OCH_Three; CF _Three; CH_TwoP
h), (1457; 2-Cl, 4-OCH_Three; C_TwoH_Five; H), (1458; 2-Cl, 4-OCH_Three; C
_TwoH_Five; CH_Three), (1459; 2-Cl, 4-OCH_Three; C_TwoH_Five; C_TwoH_Five), (1460; 2-C
l, 4-OCH_Three; C_TwoH_Five; C_ThreeH₇), (1461; 2-Cl, 4-OCH_Three; C_TwoH_Five;I c
_ThreeH₇), (1462; 2-Cl, 4-OCH_Three; C_TwoH_Five; Ph), (1463; 2-Cl, 4-OCH
_Three; C_TwoH_Five; CH_TwoPh), (1464; 2-Cl, 4-OCH_Three; C_ThreeH₇; H), (1465; 2-C
l, 4-OCH_Three; C_ThreeH₇; CH_Three), (1466; 2-Cl, 4-OCH_Three; C_ThreeH₇; OC_TwoH_Five),
 (1467; 2-Cl, 4-OCH_Three; C_ThreeH₇; C_ThreeH₇), (1468; 2-Cl, 4-OCH_Three; C
_ThreeH₇;I c _ThreeH₇), (1469; 2-Cl, 4-OCH_Three; C_ThreeH₇; Ph), (1470; 2-C
l, 4-OCH_Three; C_ThreeH₇; CH_TwoPh), (1471; 2-Cl, 4-OCH_Three;I c_ThreeH₇; H),
 (1472; 2-Cl, 4-OCH_Three;I c_ThreeH₇; CH_Three), (1473; 2-Cl, 4-OCH_Three;
I c_ThreeH₇; C_TwoH_Five), (1474; 2-Cl, 4-OCH_Three;I c_ThreeH₇; C_ThreeH₇), (147
5; 2-Cl, 4-OCH_Three;I c_ThreeH₇;I c_ThreeH₇), (1476; 2-Cl, 4-OCH_Three; i-
C_ThreeH₇; Ph), (1477; 2-Cl, 4-OCH_Three;I c_ThreeH₇; CH_TwoPh), (1478; 2
-Cl, 4-OCH_Three; Ph; H), (1479; 2-Cl, 4-OCH_Three; Ph; CH_Three), (148
0; 2-Cl, 4-OCH_Three; Ph; C _TwoH_Five), (1481; 2-Cl, 4-OCH_Three; Ph; C
_ThreeH₇), (1482; 2-Cl, 4-OCH_Three; Ph; i-C_ThreeH₇), (1483; 2-Cl, 4-O
CH_Three; Ph; Ph), (1484; 2-Cl, 4-OCH_Three; Ph; CH_TwoPh), (1485; 2-C
l, 4-OCH_Three; CH_TwoPh; H), (1486; 2-Cl, 4-OCH_Three; CH_TwoPh; CH_Three),
(1487; 2-Cl, 4-OCH_Three; CH_TwoPh; C_TwoH_Five), (1488; 2-Cl, 4-OCH_Three; C
H_TwoPh; C_ThreeH₇), (1489; 2-Cl, 4-OCH_Three; CH_TwoPh; i-C_ThreeH₇), (149
0; 2-Cl, 4-OCH _Three; CH_TwoPh; Ph), (1491; 2-Cl, 4-OCH_Three; CH_TwoPh; C
H_TwoPh), (1492; 2-Cl, 4-OCH_Three; COCH_Three; H), (1493; 2-Cl, 4-OCH
_Three; COCH_Three; CH_Three), (1494; 2-Cl, 4-OCH_Three; COCH_Three; C_TwoH_Five), (149
5; 2-Cl, 4-OCH_Three; COCH_Three; C_ThreeH₇), (1496; 2-Cl, 4-OCH_Three; COC
H_Three;I c_ThreeH₇), (1497; 2-Cl, 4-OCH_Three; COCH_Three; Ph), (1498; 2-C
l, 4-OCH_Three; COCH_Three; CH_TwoPh), (1499; 2-Cl, 4-OCH_Three; COPh; H),
(1500; 2-Cl, 4-OCH_Three; COPh; CH_Three), (1501; 2-Cl, 4-OCH_Three; COP
h; C_TwoH_Five), (1502; 2-Cl, 4-OCH_Three; COPh; C_ThreeH₇), (1503; 2-Cl,
4-OCH_Three; COPh; i-C_ThreeH₇), (1504; 2-Cl, 4-OCH_Three; COPh; Ph),
(1505; 2-Cl, 4-OCH_Three; COPh; CH_TwoPh),

(1506; 3-Cl, 4-OCH_Three; H; H), (1507; 3-Cl, 4-O
CH_Three; H; CH_Three), (1508; 3-Cl, 4-OCH_Three; H; C_TwoH_Five), (1509; 3-Cl,
4-OCH_Three; H; C_ThreeH₇), (1510; 3-Cl, 4-OCH_Three; H; i-C_ThreeH₇), (151
1; 3-Cl, 4-OCH_Three; H; Ph), (1512; 3-Cl, 4-OCH_Three; H; CH_TwoPh),
(1513; 3-Cl, 4-OCH_Three; CH_Three; H), (1514; 3-Cl, 4-OCH_Three; CH_Three; CH
_Three), (1515; 3-Cl, 4-OCH_Three; CH_Three; C_TwoH_Five), (1516; 3-Cl, 4-OC
H_Three; CH_Three; C_ThreeH₇), (1517; 3-Cl, 4-OCH_Three; CH_Three;I c_ThreeH₇), (151
8; 3-Cl, 4-OCH_Three; CH_Three; Ph), (1519; 3-Cl, 4-OCH_Three; CH_Three; CH_TwoP
h), (1520; 3-Cl, 4-OCH_Three; CF_Three; H), (1521; 3-Cl, 4-OCH_Three; CF
_Three; CH_Three), (1522; 3-Cl, 4-OCH_Three; CF_Three; C_TwoH_Five), (1523; 3-Cl, 4-
OCH_Three; CF_Three; C_ThreeH₇), (1524; 3-Cl, 4-OCH_Three; CF_Three;I c_ThreeH₇), (15
25; 3-Cl, 4-OCH_Three; CF_Three; Ph), (1526; 3-Cl, 4-OCH_Three; CF _Three; CH_TwoP
h), (1527; 3-Cl, 4-OCH_Three; C_TwoH_Five; H), (1528; 3-Cl, 4-OCH_Three; C
_TwoH_Five; CH_Three), (1529; 3-Cl, 4-OCH_Three; C_TwoH_Five; C_TwoH_Five), (1530; 3-C
l, 4-OCH_Three; C_TwoH_Five; C_ThreeH₇), (1531; 3-Cl, 4-OCH_Three; C_TwoH_Five;I c
_ThreeH₇), (1532; 3-Cl, 4-OCH_Three; C_TwoH_Five; Ph), (1533; 3-Cl, 4-OCH
_Three; C_TwoH_Five; CH_TwoPh), (1534; 3-Cl, 4-OCH_Three; C_ThreeH₇; H), (1535; 3-C
l, 4-OCH_Three; C_ThreeH₇; OCH_Three), (1536; 3-Cl, 4-OCH_Three; C_ThreeH₇; C_TwoH_Five),
 (1537; 3-Cl, 4-OCH_Three; C_ThreeH₇; C_ThreeH₇), (1538; 3-Cl, 4-OCH_Three; C
_ThreeH₇;I c _ThreeH₇), (1539; 3-Cl, 4-OCH_Three; C_ThreeH₇; Ph), (1540; 3-C
l, 4-OCH_Three; C_ThreeH₇; CH_TwoPh), (1541; 3-Cl, 4-OCH_Three;I c_ThreeH₇; H),
 (1542; 3-Cl, 4-OCH_Three;I c_ThreeH₇; CH_Three), (1543; 3-Cl, 4-OCH_Three;
I c_ThreeH₇; C_TwoH_Five), (1544; 3-Cl, 4-OCH_Three;I c_ThreeH₇; C_ThreeH₇), (154
5; 3-Cl, 4-OCH_Three;I c_ThreeH₇;I c_ThreeH₇), (1546; 3-Cl, 4-OCH_Three; i-
C_ThreeH₇; Ph), (1547; 3-Cl, 4-OCH_Three;I c_ThreeH₇; CH_TwoPh), (1548; 3
-Cl, 4-OCH_Three; Ph; H), (1549; 3-Cl, 4-OCH_Three; Ph; CH_Three), (155
0; 3-Cl, 4-OCH_Three; Ph; C _TwoH_Five), (1551; 3-Cl, 4-OCH_Three; Ph; C
_ThreeH₇), (1552; 3-Cl, 4-OCH_Three; Ph; i-C_ThreeH₇), (1553; 3-Cl, 4-O
CH_Three; Ph; Ph), (1554; 3-Cl, 4-OCH_Three; Ph; CH_TwoPh), (1555; 3-C
l, 4-OCH_Three; CH_TwoPh; H), (1556; 3-Cl, 4-OCH_Three; CH_TwoPh; CH_Three),
(1557; 3-Cl, 4-OCH_Three; CH_TwoPh; C_TwoH_Five), (1558; 3-Cl, 4-OCH_Three; C
H_TwoPh; C_ThreeH₇), (1559; 3-Cl, 4-OCH_Three; CH_TwoPh; i-C_ThreeH₇), (156
0; 3-Cl, 4-OCH _Three; CH_TwoPh; Ph), (1561; 3-Cl, 4-OCH_Three; CH_TwoPh; C
H_TwoPh), (1562; 3-Cl, 4-OCH_Three; COCH_Three; H), (1563; 3-Cl, 4-OCH
_Three; COCH_Three; CH_Three), (1564; 3-Cl, 4-OCH_Three; COCH_Three; C_TwoH_Five), (156
5; 3-Cl, 4-OCH_Three; COCH_Three; C_ThreeH₇), (1566; 3-Cl, 4-OCH_Three; COC
H_Three;I c_ThreeH₇), (1567; 3-Cl, 4-OCH_Three; COCH_Three; Ph), (1568; 3-C
l, 4-OCH_Three; COCH_Three; CH_TwoPh), (1569; 3-Cl, 4-OCH_Three; COPh; H),
(1570; 3-Cl, 4-OCH_Three; COPh; CH_Three), (1571; 3-Cl, 4-OCH_Three; COP
h; C_TwoH_Five), (1572; 3-Cl, 4-OCH_Three; COPh; C_ThreeH₇), (1573; 3-Cl,
4-OCH_Three; COPh; i-C_ThreeH₇), (1574; 3-Cl, 4-OCH_Three; COPh; Ph),
(1575; 3-Cl, 4-OCH_Three; COPh; CH_TwoPh),

(1576; 3,4-OCH_TwoO-; H; H), (1577; 3,4-OCH_TwoO
-; H; CH_Three), (1578; 3,4-OCH_TwoO-; H; C_TwoH_Five), (1579; 3,4-OCH_Two
O-; H; C_ThreeH₇), (1580; 3,4-OCH_TwoO-; H; i-C_ThreeH₇), (1581; 3,4-
OCH_TwoO-; H; Ph), (1582; 3,4-OCH_TwoO-; H; CH_TwoPh), (1583; 3,4
-OCH_TwoO-; CH_Three; H), (1584; 3,4-OCH_TwoO-; CH_Three; CH_Three), (1585;
3,4-OCH_TwoO-; CH_Three; C_TwoH_Five), (1586; 3,4-OCH_TwoO-; CH_Three; C_ThreeH₇),
(1587; 3,4-OCH_TwoO-; CH_Three;I c_ThreeH₇), (1588; 3,4-OCH_TwoO-; C
H_Three; Ph), (1589; 3,4-OCH_TwoO-; CH_Three; CH_TwoPh), (1590; 3,4-OCH
_TwoO-; CF_Three; H), (1591; 3,4-OCH_TwoO-; CF_Three; CH_Three), (1592; 3,4-O
CH_TwoO-; CF_Three; OC_TwoH_Five), (1593; 3,4-OCH_TwoO-; CF_Three; C_ThreeH₇), (159
4; 3,4-OCH_TwoO-; CF_Three;I c_ThreeH₇), (1595; 3,4-OCH_TwoO-; CF_Three; P
h), (1596; 3,4-OCH_TwoO-; CF_Three; CH_TwoPh), (1597; 3,4-OCH_TwoO-;
C_TwoH_Five; H), (1598; 3,4-OCH_TwoO-; C_TwoH_Five; CH_Three), (1599; 3,4-OCH
_TwoO-; C_TwoH_Five; C_TwoH_Five), (1600; 3,4-OCH_TwoO-; C_TwoH_Five; C_ThreeH₇), (1601;
3,4-OCH_TwoO-; C_TwoH_Five;I c_ThreeH₇), (1602; 3,4-OCH_TwoO-; C_TwoH_Five; P
h), (1603; 3,4-OCH_TwoO-; C_TwoH_Five; CH_TwoPh), (1604; 3,4-OCH_TwoO
-; C_ThreeH₇; H), (1605; 3,4-OCH_TwoO-; C_ThreeH₇; CH_Three), (1606; 3,4-OC
H_TwoO-; C_ThreeH₇; C_TwoH_Five), (1607; 3,4-OCH_TwoO-; C_ThreeH₇; C_ThreeH₇), (160
8; 3,4-OCH_TwoO-; C_ThreeH₇;I c_ThreeH₇), (1609; 3,4-OCH_TwoO-; C_ThreeH₇; P
h), (1610; 3,4-OCH_TwoO-; C_ThreeH₇; CH_TwoPh), (1611; 3,4-OCH_TwoO-;
I c_ThreeH₇; H), (1612; 3,4-OCH_TwoO-; i-C_ThreeH₇; CH_Three), (1613; 3,4
-OCH_TwoO-; i-C_ThreeH₇; C_TwoH_Five), (1614; 3,4-OCH_TwoO-; i-C_ThreeH₇; C
_ThreeH₇), (1615; 3,4-OCH_TwoO-; i-C_ThreeH₇;I c_ThreeH₇), (1616; 3,4-O
CH_TwoO-; i-C_ThreeH₇; Ph), (1617; 3,4-OCH_TwoO-; i-C_ThreeH₇; CH_TwoPh),
(1618; 3,4-OCH_TwoO-; Ph; H), (1619; 3,4-OCH_TwoO-; Ph; CH_Three),
(1620; 3,4-OCH_TwoO-; Ph; C_TwoH_Five), (1621; 3,4-OCH_TwoO-; Ph; C_ThreeH
₇), (1622; 3,4-OCH_TwoO-; Ph; i-C_ThreeH₇), (1623; 3,4-OCH_TwoO-;
Ph; Ph), (1624; 3,4-OCH_TwoO-; Ph; CH_TwoPh), (1625; 3,4-OCH_Two
O-; CH_TwoPh; H), (1626; 3,4-OCH_TwoO-; CH_TwoPh; CH_Three), (1627; 3,
4-OCH_TwoO-; CH_TwoPh; C_TwoH_Five), (1628; 3,4-OCH_TwoO-; CH_TwoPh; C
_ThreeH₇), (1629; 3,4-OCH_TwoO-; CH_TwoPh; i-C_ThreeH₇), (1630; 3,4-OC
H_TwoO-; CH_TwoPh; Ph), (1631; 3,4-OCH_TwoO-; CH_TwoPh; CH_TwoPh), (16
32; 3,4-OCH_TwoO-; COCH_Three; H), (1633; 3,4-OCH_TwoO-; COCH_Three; C
H_Three), (1634; 3,4-OCH_TwoO-; COCH_Three; C_TwoH_Five), (1635; 3,4-OCH_TwoO
-; COCH_Three; C_ThreeH₇), (1636; 3,4-OCH_TwoO-; COCH_Three;I c_ThreeH₇), (16
37; 3,4-OCH_TwoO-; COCH_Three; Ph), (1638; 3,4-OCH_TwoO-; COCH_Three; CH
_TwoPh), (1639; 3,4-OCH_TwoO-; COPh; H), (1640; 3,4-OCH_TwoO-; C
OPh; CH_Three), (1641; 3,4-OCH_TwoO-; COPh; C_TwoH_Five), (1642; 3,4-O
CH_TwoO-; COPh; C_ThreeH₇), (1643; 3,4-OCH_TwoO-; COPh; i-C_ThreeH₇),
(1644; 3,4-OCH_TwoO-; COPh; Ph), (1645; 3,4-OCH_TwoO-; COPh; C
H_TwoPh),

(1646; 4-SCH_Three; H; H), (1647; 4-SCH_Three; H; C
H_Three), (1648; 4-SCH_Three; H; C_TwoH_Five), (1649; 4-SCH_Three; H; OC_ThreeH₇),
(1650; 4-SCH_Three; H; i-C_ThreeH₇), (1651; 4-SCH_Three; H; Ph), (1652;
4-SCH_Three; H; CH_TwoPh), (1653; 4-SCH_Three; CH_Three; H), (1654; 4-SC
H_Three; CH_Three; CH_Three), (1655; 4-SCH_Three; CH_Three; C_TwoH _Five), (1656; 4-SCH_Three;
CH_Three; C_ThreeH₇), (1657; 4-SCH_Three; CH_Three;I c_ThreeH₇), (1658; 4-SCH_Three;
CH_Three; Ph), (1659; 4-SCH_Three; CH_Three; CH_TwoPh), (1660; 4-SCH_Three; C_TwoH
_Five; H), (1661; 4-SCH_Three; C_TwoH_Five; CH_Three), (1662; 4-SCH_Three; C_TwoH_Five; C_Two
H_Five), (1663; 4-SCH_Three; C_TwoH_Five; C_ThreeH₇), (1664; 4-SCH_Three; C_TwoH_Five; i-
C_ThreeH₇), (1665; 4-SCH_Three; C_TwoH_Five; Ph), (1666; 4-SCH_Three; C_TwoH_Five; CH
_TwoPh), (1667; 4-SCH_Three; C_ThreeH₇; H), (1668; 4-SCH_Three; C_ThreeH₇; C
H_Three), (1669; 4-SCH_Three; C_ThreeH₇; C_TwoH_Five), (1670; 4-SCH_Three; C_ThreeH ₇; C_Three
H₇), (1671; 4-SCH_Three; C_ThreeH₇;I c_ThreeH₇), (1672; 4-SCH_Three; C_ThreeH₇;
Ph), (1673; 4-SCH_Three; C_ThreeH₇; CH_TwoPh), (1674; 4-SCH_Three;I c
_ThreeH₇; H), (1675; 4-SCH_Three;I c_ThreeH₇; CH_Three), (1676; 4-SCH_Three;I c
_ThreeH₇; C_TwoH_Five), (1677; 4-SCH_Three;I c_ThreeH₇; C_ThreeH₇), (1678; 4-SC
H_Three;I c_ThreeH₇;I c_ThreeH₇), (1679; 4-SCH_Three;I c_ThreeH₇; Ph), (1680;
4-SCH_Three;I c_ThreeH₇; CH_TwoPh), (1681; 4-SCH_Three; Ph; H), (1682; 4-
SCH_Three; Ph; CH_Three), (1683; 4-SCH_Three; Ph; C_TwoH_Five), (1684; 4-SCH_Three;
Ph; C_ThreeH₇), (1685; 4-SCH_Three; Ph; i-C_ThreeH₇), (1686; 4-SCH_Three; P
h; Ph), (1687; 4-SCH_Three; Ph; CH_TwoPh), (1688; 4-SCH_Three; CH_TwoPh;
H), (1689; 4-SCH_Three; CH_TwoPh; CH_Three), (1690; 4-SCH_Three; CH_TwoPh; C_Two
H_Five), (1691; 4-SCH_Three; CH_TwoPh; C_ThreeH₇), (1692; 4-SCH_Three; CH_TwoPh;
I c_ThreeH₇), (1693; 4-SCH_Three; CH_TwoPh; Ph), (1694; 4-SCH_Three; CH_TwoP
h; CH_TwoPh), (1695; 4-SCH_Three; COCH_Three; H), (1696; 4-SCH_Three; COCH
_Three; CH_Three), (1697; 4-SCH_Three; COCH_Three; C_TwoH_Five), (1698; 4-SCH_Three; COC
H_Three; C_ThreeH₇), (1699; 4-SCH_Three; COCH_Three;I c_ThreeH₇), (1700; 4-SC
H_Three; COCH_Three; Ph), (1701; 4-SCH_Three; COCH_Three; CH_TwoPh), (1702; 4-S
CH_Three; COPh; H), (1703; 4-SCH_Three; COPh; CH_Three), (1704; 4-SCH_Three;
COPh; C_TwoH_Five), (1705; 4-SCH_Three; COPh; C_ThreeH₇), (1706; 4-SCH_Three;
COPh; i-C_ThreeH₇), (1707; 4-SCH_Three; COPh; Ph), (1708; 4-SCH_Three;
COPh; CH_TwoPh),

(1709; 4-SC_TwoH_Five; H; H), (1710; 4-SC_TwoH_Five; H; CH
_Three), (1711; 4-SC_TwoH_Five; H; C_TwoH_Five), (1712; 4-SC_TwoH_Five; H; C_ThreeH₇),
(1713; 4-SC_TwoH_Five; H; i-C_ThreeH₇), (1714; 4-SC_TwoH_Five; H; Ph), (171
5; 4-SC _TwoH_Five; H; CH_TwoPh), (1716; 4-SC_TwoH_Five; CH_Three; H), (1717; 4-
SC_TwoH_Five; CH_Three; CH_Three), (1718; 4-SC_TwoH _Five; CH_Three; OC_TwoH_Five), (1719; 4-
SC_TwoH_Five; CH_Three; C_ThreeH₇), (1720; 4-SC_TwoH_Five; CH_Three;I c_ThreeH₇), (1721;
4-SC_TwoH_Five; CH_Three; Ph), (1722; 4-SC_TwoH_Five; CH_Three; CH_TwoPh), (1723; 4
-SC_TwoH_Five; CF_Three; H), (1724; 4-SC_TwoH_Five; CF_Three; CH_Three), (1725; 4-SC_Two
H_Five; CF_Three; C_TwoH_Five), (1726; 4-SC_TwoH_Five; CF_Three; C_ThreeH₇), (1727; 4-SC_Two
H_Five; CF_Three;I c_ThreeH₇), (1728; 4-SC_TwoH_Five; CF_Three; Ph), (1729; 4-SC_Two
H_Five; CF_Three; CH_TwoPh), (1730; 4-SC_TwoH_Five; C_TwoH_Five; H), (1731; 4-SC_TwoH
_Five; C_TwoH_Five; CH_Three), (1732; 4-SC_TwoH_Five; C_TwoH_Five; C_TwoH_Five), (1733; 4-SC_TwoH
_Five; C_TwoH_Five; C_ThreeH₇), (1734; 4-SC_TwoH_Five; C_TwoH_Five;I c_ThreeH₇), (1735; 4-
SC_TwoH_Five; C_TwoH _Five; Ph), (1736; 4-SC_TwoH_Five; C_TwoH_Five; CH_TwoPh), (1737; 4
-SC_TwoH_Five; C_ThreeH₇; H), (1738; 4-SC_TwoH_Five; C _ThreeH₇; CH_Three), (1739; 4-S
C_TwoH_Five; C_ThreeH₇; C_TwoH_Five), (1740; 4-SC_TwoH_Five; C_ThreeH₇; C_ThreeH₇), (1741; 4
-SC _TwoH_Five; C_ThreeH₇;I c_ThreeH₇), (1742; 4-SC_TwoH_Five; C_ThreeH₇; Ph), (174
3; 4-SC_TwoH_Five; C_ThreeH₇; CH_TwoPh), (1744; 4-SC_TwoH_Five;I c_ThreeH₇; H), (1
745; 4-SC_TwoH_Five;I c_ThreeH₇; CH_Three), (1746; 4-SC_TwoH_Five;I c_ThreeH₇; C
_TwoH_Five), (1747; 4-SC_TwoH_Five;I c_ThreeH₇; C_ThreeH₇), (1748; 4-SC_TwoH_Five; i-
C_ThreeH₇;I c_ThreeH₇), (1749; 4-SC_TwoH_Five;I c_ThreeH₇; Ph), (1750; 4-SC
_TwoH_Five;I c_ThreeH₇; CH_TwoPh), (1751; 4-SC_TwoH_Five; Ph; H), (1752; 4-SC
_TwoH_Five; Ph; CH_Three), (1753; 4-SC_TwoH_Five; Ph; C_TwoH_Five), (1754; 4-SC
_TwoH_Five; Ph; C_ThreeH₇), (1755; 4-SC_TwoH_Five; Ph; i-C_ThreeH₇), (1756; 4-SC
_TwoH_Five; Ph; Ph), (1757; 4-SC_TwoH_Five; Ph; CH_TwoPh), (1758; 4-SC
_TwoH_Five; CH_TwoPh; H), (1759; 4-SC_TwoH_Five; CH_TwoPh; CH_Three), (1760; 4-SC
_TwoH_Five; CH_TwoPh; C_TwoH_Five), (1761; 4-SC_TwoH_Five; CH_TwoPh; C_ThreeH₇), (1762; 4
-SC_TwoH_Five; CH_TwoPh; i-C_ThreeH₇), (1763; 4-SC_TwoH_Five; CH _TwoPh; Ph), (17
64; 4-SC_TwoH_Five; CH_TwoPh; CH_TwoPh), (1765; 4-SC_TwoH_Five; COCH_Three; H),
(1766; 4-SC_TwoH_Five; COCH_Three; CH_Three), (1767; 4-SC_TwoH_Five; COCH_Three; C
_TwoH_Five), (1768; 4-SC_TwoH_Five; COCH_Three; C_ThreeH₇), (1769; 4-SC_TwoH_Five; COC
H_Three;I c_ThreeH₇), (1770; 4-SC_TwoH_Five; COCH_Three; Ph), (1771; 4-SC
_TwoH_Five; COCH_Three; CH_TwoPh), (1772; 4-SC_TwoH_Five; COPh; H), (1773; 4-S
C_TwoH_Five; COPh; CH_Three), (1774; 4-SC_TwoH_Five; COPh; C_TwoH_Five), (1775; 4-
SC_TwoH_Five; COPh; C_ThreeH₇), (1776; 4-SC_TwoH_Five; COPh; i-C_ThreeH₇), (177
7; 4-SC_TwoH_Five; COPh; Ph), (1778; 4-SC_TwoH_Five; COPh; CH_TwoPh),

(1779; 4-SC_ThreeH₇; H; H), (1780; 4-SC_ThreeH₇; H; CH
_Three), (1781; 4-SC_ThreeH₇; H; C_TwoH_Five), (1782; 4-SC_ThreeH₇; H; C_ThreeH₇),
(1783; 4-SC_ThreeH₇; H; i-C_ThreeH₇), (1784; 4-SC_ThreeH₇; H; Ph), (178
5; 4-SC _ThreeH₇; H; CH_TwoPh), (1786; 4-SC_ThreeH₇; CH_Three; H), (1787; 4-
SC_ThreeH₇; CH_Three; CH_Three), (1788; 4-SC_ThreeH ₇; CH_Three; C_TwoH_Five), (1789; 4-S
C_ThreeH₇; CH_Three; C_ThreeH₇), (1790; 4-SC_ThreeH₇; CH_Three;I c_ThreeH₇), (1791; 4
-SC_ThreeH₇; CH_Three; Ph), (1792; 4-SC_ThreeH₇; CH_Three; CH_TwoPh), (1793; 4-
SC_ThreeH₇; C_TwoH_Five; H), (1794; 4-SC_ThreeH₇; C_TwoH_Five; CH_Three), (1795; 4-SC
_ThreeH₇; C_TwoH_Five; C_TwoH_Five), (1796; 4-SC_ThreeH₇; C_TwoH_Five; C_ThreeH₇), (1797; 4-
SC_ThreeH₇; C_TwoH_Five;I c_ThreeH₇), (1798; 4-SC_ThreeH₇; C_TwoH_Five; Ph), (1799;
4-SC_ThreeH₇; C_TwoH_Five; CH_TwoPh), (1800; 4-SC_ThreeH₇; C_ThreeH₇; H), (1801;
4-SC_ThreeH₇; C_ThreeH₇; CH_Three), (1802; 4-SC_ThreeH₇; C_ThreeH₇; OC_TwoH_Five), (180
3; 4-SC_ThreeH₇; C_ThreeH₇; C_ThreeH₇), (1804; 4-SC_ThreeH₇; C_ThreeH₇;I c_ThreeH₇),
(1805; 4-SC _ThreeH₇; C_ThreeH₇; Ph), (1806; 4-SC_ThreeH₇; C_ThreeH₇; CH_TwoPh),
 (1807; 4-SC_ThreeH₇;I c_ThreeH₇; H), (1808; 4-SC_ThreeH₇;I c_ThreeH₇; C
H_Three), (1809; 4-SC_ThreeH₇;I c_ThreeH₇; C_TwoH_Five), (1810; 4-SC_ThreeH₇;I c
_ThreeH₇; C_ThreeH₇), (1811; 4-SC_ThreeH₇;I c_ThreeH₇;I c_ThreeH₇), (1812; 4-S
C_ThreeH₇;I c_ThreeH₇; Ph), (1813; 4-SC_ThreeH₇;I c_ThreeH₇; CH_TwoPh), (181
4; 4-SC_ThreeH₇; Ph; H), (1815; 4-SC_ThreeH₇; Ph; CH_Three), (1816; 4-SC
_ThreeH₇; Ph; C_TwoH_Five),

(1817; 4-S-iC ₃ H ₇ ; Ph; C ₃ H ₇ ), (1818; 4-S-iC
_{3 H 7; Ph; iC 3} H 7), (1819; 4-S-iC 3 H 7; Ph; Ph), (1820; 4-S-
iC ₃ H ₇ ; Ph; CH ₂ Ph), (1821; 4-S-iC ₃ H ₇ ; CH ₂ Ph; H), (1822; 4
-S-iC ₃ H ₇ ; CH ₂ Ph; CH ₃ ), (1823; 4-S-iC ₃ H ₇ ; CH ₂ Ph; C ₂ H ₅ ),
(1824; 4-S-iC ₃ H ₇ ; CH ₂ Ph; C ₃ H ₇ ), (1825; 4-S-iC ₃ H ₇ ; CH ₂ Ph;
iC ₃ H ₇ ), (1826; 4-S-iC ₃ H ₇ ; CH ₂ Ph; Ph), (1827; 4-S-iC ₃ H
₇ ; CH ₂ Ph; CH ₂ Ph), (1828; 4-S-iC ₃ H ₇ ; COCH ₃ ; H), (1829; 4-
S-iC ₃ H ₇ ; COCH ₃ ; CH ₃ ), (1830; 4-S-iC ₃ H ₇ ; COCH ₃ ; C ₂ H ₅ ),
(1831; 4-S-iC ₃ H ₇ ; COCH ₃ ; C ₃ H ₇ ), (1832; 4-S-iC ₃ H ₇ ; COC
H ₃ ; iC ₃ H ₇ ), (1833; 4-S-iC ₃ H ₇ ; COCH ₃ ; Ph), (1834; 4-Si
C ₃ H ₇ ; COCH ₃ ; CH ₂ Ph), (1835; 4-S-iC ₃ H ₇ ; COPh; H), (1836; 4
-S-iC ₃ H ₇ ; COPh; CH ₃ ), (1837; 4-S-iC ₃ H ₇ ; COPh; C ₂ H ₅ ), (1
838; 4-S-iC ₃ H ₇ ; COPh; C ₃ H ₇ ), (1839; 4-S-iC ₃ H ₇ ; COPh; iC
_{3 H 7), (1840;} 4-S-iC 3 H 7; COPh; Ph), (1841; 4-S-iC 3 H 7; CO
Ph; CH ₂ Ph),

(1842; 4-SCH_TwoPh; H; H), (1843; 4-SCH_TwoPh; H;
CH_Three), (1844; 4-SCH_TwoPh; H; C_TwoH_Five), (1845; 4-SCH_TwoPh; H; C_ThreeH
₇), (1846; 4-SCH_TwoPh; H; i-C_ThreeH₇), (1847; 4-SCH_TwoPh; H; P
h), (1848; 4-SCH_TwoPh; H; CH_TwoPh), (1849; 4-SCH_TwoPh; CH_Three;
H), (1850; 4-SCH_TwoPh; CH_Three; CH_Three), (1851; 4-SCH_TwoPh; CH_Three; C_Two
H_Five), (1852; 4-SCH_TwoPh; CH_Three; C_ThreeH₇), (1853; 4-SCH_TwoPh; CH_Three;
I c_ThreeH₇), (1854; 4-SCH_TwoPh; CH_Three; Ph), (1855; 4-SCH_TwoPh; CH
_Three; CH_TwoPh), (1856; 4-SCH_TwoPh; C _TwoH_Five; H), (1857; 4-SCH_TwoPh; C
_TwoH_Five; CH_Three), (1858; 4-SCH_TwoPh; C_TwoH_Five; C_TwoH_Five), (1859; 4-SCH _TwoP
h; C_TwoH_Five; C_ThreeH₇), (1860; 4-SCH_TwoPh; C_TwoH_Five;I c_ThreeH₇), (1861; 4
-SCH_TwoPh; C_TwoH_Five; Ph), (1862; 4-SCH_TwoPh; C_TwoH_Five; CH_TwoPh), (186
3; 4-SCH_TwoPh; C_ThreeH₇; H), (1864; 4-SCH_TwoPh; C_ThreeH₇; OCH_Three), (18
65; 4-SCH_TwoPh; C_ThreeH₇; C_TwoH_Five), (1866; 4-SCH_TwoPh; C_ThreeH₇; C_ThreeH₇),
 (1867; 4-SCH_TwoPh; C_ThreeH₇;I c_ThreeH₇), (1868; 4-SCH_TwoPh; C_ThreeH₇;
Ph), (1869; 4-SCH_TwoPh; C_ThreeH₇; CH_TwoPh), (1870; 4-SCH_TwoPh; i-
C_ThreeH₇; H), (1871; 4-SCH_TwoPh; i-C_ThreeH₇; CH_Three), (1872; 4-SCH_TwoP
h; i-C_ThreeH₇; C_TwoH_Five), (1873; 4-SCH_TwoPh; i-C_ThreeH₇; C_ThreeH₇), (187
4; 4-SCH_TwoPh; i-C_ThreeH₇;I c_ThreeH₇), (1875; 4-SCH_TwoPh; i-C_ThreeH₇; P
h), (1876; 4-SCH_TwoPh; i-C_ThreeH₇; CH_TwoPh), (1877; 4-SCH_TwoPh; P
h; H), (1878; 4-SCH_TwoPh; Ph; CH_Three), (1879; 4-SCH_TwoPh; Ph; C_Two
H_Five), (1880; 4-SCH_TwoPh; Ph; C_ThreeH₇), (1881; 4-SCH_TwoPh; Ph; i-
C_ThreeH₇), (1882; 4-SCH_TwoPh; Ph; Ph), (1883; 4-SCH_TwoPh; Ph; CH
_TwoPh), (1884; 4-SCH_TwoPh; CH_TwoPh; H), (1885; 4-SCH_TwoPh; CH_TwoP
h; CH_Three), (1886; 4-SCH _TwoPh; CH_TwoPh; C_TwoH_Five), (1887; 4-SCH_TwoP
h; CH_TwoPh; C_ThreeH₇), (1888; 4-SCH_TwoPh; CH_TwoPh; i-C_ThreeH₇), (188
9; 4-SCH_TwoPh; CH_TwoPh; Ph), (1890; 4-SCH_TwoPh; CH_TwoPh; CH_TwoPh),
 (1891; 4-SCH_TwoPh; COCH_Three; H), (1892; 4-SCH_TwoPh; COCH_Three; C
H_Three), (1893; 4-SCH_TwoPh; COCH_Three; C_TwoH_Five), (1894; 4-SCH_TwoPh; CO
CH_Three; C_ThreeH₇), (1895; 4-SCH_TwoPh; COCH_Three;I c_ThreeH₇), (1896; 4-S
CH_TwoPh; COCH_Three; Ph), (1897; 4-SCH_TwoPh; COCH_Three; CH_TwoPh), (189
8; 4-SCH_TwoPh; COPh; H), (1899; 4-SCH_TwoPh; COPh; CH_Three), (190
0; 4-SCH_TwoPh; COPh; C_TwoH_Five), (1901; 4-SCH_TwoPh; COPh; C_ThreeH₇),
(1902; 4-SCH_TwoPh; COPh; i-C_ThreeH₇), (1903; 4-SCH_TwoPh; COPh; P
h), (1904; 4-SCH_TwoPh; COPh; CH_TwoPh),

(1905; 2,6-F_Two; H; H), (1906; 2,6-F_Two; H; C
H_Three), (1907; 2,6-F_Two; H; C_TwoH_Five), (1908; 2,6-F_Two; H; C_ThreeH₇),
(1909; 2,6-F_Two; H; i-C_ThreeH₇), (1910; 2,6-F_Two; H; Ph), (1911;
2,6-F_Two; H; CH_TwoPh), (1912; 2,6-F_Two; CH_Three; H), (1913; 2,6-
F_Two; CH_Three; CH_Three), (1914; 2,6-F_Two; CH_Three; C_TwoH_Five), (1915; 2,6-F_Two;
CH_Three; C_ThreeH₇), (1916; 2,6-F_Two; CH_Three;I c_ThreeH₇), (1917; 2,6-F_Two;
CH_Three; Ph), (1918; 2,6-F_Two; CH_Three; CH_TwoPh), (1919; 2,6-F_Two; C
F_Three; H), (1920; 2,6-F_Two; CF_Three; CH_Three), (1921; 2,6-F_Two; CF_Three; C
_TwoH_Five), (1922; 2,6-F_Two; CF_Three; C_ThreeH₇), (1923; 2,6-F_Two; CF_Three;I c
_ThreeH₇), (1924; 2,6-F_Two; CF_Three; Ph), (1925; 2,6-F_Two; CF_Three; CH_TwoP
h), (1926; 2,6-F_Two; C_TwoH_Five; H), (1927; 2,6-F_Two; C_TwoH_Five; CH_Three),
(1928; 2,6-F_Two; C_TwoH_Five; C_TwoH_Five), (1929; 2,6-F_Two; C_TwoH_Five; OC_ThreeH₇),
 (1930; 2,6-F_Two; C_TwoH_Five;I c_ThreeH₇), (1931; 2,6-F_Two; C_TwoH_Five; Ph),
 (1932; 2,6-F_Two; C_TwoH_Five; CH _TwoPh), (1933; 2,6-F_Two; C_ThreeH₇; H),
(1934; 2,6-F_Two; C_ThreeH₇; CH_Three), (1935; 2,6-F_Two; C_ThreeH₇; C_TwoH_Five),
(1936; 2,6-F_Two; C_ThreeH₇; C_ThreeH₇), (1937; 2,6-F_Two; C_ThreeH₇;I c
_ThreeH₇), (1938; 2,6-F_Two; C_ThreeH₇; Ph), (1939; 2,6-F_Two; C_ThreeH₇; CH_Two
Ph), (1940; 2,6-F_Two;I c_ThreeH₇; H), (1941; 2,6-F_Two;I c_ThreeH₇; C
H_Three), (1942; 2,6-F_Two;I c_ThreeH₇; C_TwoH_Five), (1943; 2,6-F_Two;I c_ThreeH
₇; C_ThreeH₇), (1944; 2,6-F_Two;I c_ThreeH₇;I c_ThreeH₇), (1945; 2,6-
F_Two;I c_ThreeH₇; Ph), (1946; 2,6-F_Two;I c_ThreeH₇; CH_TwoPh), (1947;
2,6-F_Two; Ph; H), (1948; 2,6-F_Two; Ph; CH_Three), (1949; 2,6-F_Two; P
h; C_TwoH_Five), (1950; 2,6-F_Two; Ph; C_ThreeH₇), (1951; 2,6-F_Two; Ph; i-
C_ThreeH₇), (1952; 2,6-F_Two; Ph; Ph), (1953; 2,6-F_Two; Ph; CH_TwoP
h), (1954; 2,6-F_Two; CH_TwoPh; H), (1955; 2,6-F_Two; CH_TwoPh; C
H_Three), (1956; 2,6-F_Two; CH_TwoPh; C_TwoH_Five), (1957; 2,6-F_Two; CH_TwoPh;
C_ThreeH₇), (1958; 2,6-F_Two; CH_TwoPh; i-C_ThreeH₇), (1959; 2,6-F_Two; CH
_TwoPh; Ph), (1960; 2,6-F_Two; CH_TwoPh; CH_TwoPh), (1961; 2,6-F_Two; C
OCH_Three; H), (1962; 2,6-F_Two; COCH_Three; CH_Three), (1963; 2,6-F_Two; COC
H_Three; C_TwoH_Five), (1964; 2,6-F_Two; COCH _Three; C_ThreeH₇), (1965; 2,6-F_Two; C
OCH_Three;I c_ThreeH₇), (1966; 2,6-F_Two; COCH_Three; Ph), (1967; 2,6-
F _Two; COCH_Three; CH_TwoPh), (1968; 2,6-F_Two; COPh; H), (1969; 2,6-F
_Two; COPh; CH_Three), (1970; 2,6-F_Two; COPh; C_TwoH_Five), (1971; 2,6-
F_Two; COPh; C_ThreeH₇), (1972; 2,6-F_Two; COPh; i-C_ThreeH₇), (1973; 2,
6-F_Two; COPh; Ph), (1974; 2,6-F_Two; COPh; CH_TwoPh),

(1975; 2,4- (CH = CHNO_Two)_Two; H; H), (1976; 2,4-
(CH = CHNO_Two)_Two; H; CH_Three), (1977; 2,4- (CH = CHNO_Two)_Two; H; C_TwoH_Five),
 (1978; 2,4- (CH = CHNO_Two)_Two; H; C_ThreeH₇), (1979; 2,4- (CH = CHNO
_Two)_Two; H; i-C_ThreeH₇), (1980; 2,4- (CH = CHNO_Two)_Two; H; Ph), (1981;
2,4- (CH = CHNO_Two)_Two; H; CH_TwoPh), (1982; 2,4- (CH = CHNO_Two)_Two; CH
_Three; H), (1983;, 2,4- (CH = CHNO_Two)_Two; CH_Three; CH_Three), (1984; 2,4-
(CH = CHNO_Two)_Two; CH_Three; C_TwoH_Five), (1985; 2,4- (CH = CHNO_Two)_Two; CH_Three; C
_ThreeH₇), (1986; 2,4- (CH = CHNO_Two)_Two; CH_Three;I c_ThreeH₇), (1987; 2,4
-(CH = CHNO_Two)_Two; CH_Three; Ph), (1988; 2,4- (CH = CHNO_Two)_Two; CH_Three; CH
_TwoPh), (1989; 2,4- (CH = CHNO_Two)_Two; CF_Three; H), (1990; 2,4- (CH =
CHNO_Two)_Two; CF_Three; CH_Three), (1991; 2,4- (CH = CHNO_Two)_Two; CF_Three; C_TwoH_Five),
(1992; 2,4- (CH = CHNO_Two)_Two; CF_Three; C_ThreeH₇), (1993; 2,4- (CH = CHN
O_Two)_Two; CF_Three;I c_ThreeH₇), (1994; 2,4- (CH = CHNO_Two)_Two; CF_Three; Ph),
(1995; 2,4- (CH = CHNO_Two)_Two; CF_Three; CH_TwoPh), (1996; 2,4- (CH = CH
NO_Two)_Two; C_TwoH_Five; H), (1997; 2,4- (CH = CHNO _Two)_Two; C_TwoH_Five; CH_Three), (1
998; 2,4- (CH = CHNO_Two)_Two; C_TwoH_Five; C_TwoH_Five), (1999; 2,4- (CH = CHNO
_Two)_Two; C _TwoH_Five; C_ThreeH₇), (2000; 2,4- (CH = CHNO_Two)_Two; C_TwoH_Five;I c
_ThreeH₇), (2001; 2,4- (CH = CHNO_Two)_Two; C_TwoH _Five; Ph), (2002; 2,4- (C
H = CHNO_Two)_Two; C_TwoH_Five; CH_TwoPh), (2003; 2,4- (CH = CHNO_Two)_Two; C_ThreeH₇;
H), (2004; 2,4- (CH = CHNO_Two)_Two; C_ThreeH₇; CH_Three), (2005; 2,4- (CH =
CHNO_Two)_Two; C_ThreeH₇; C_TwoH_Five), (2006; 2,4- (CH = CHNO_Two)_Two; C_ThreeH₇; C_ThreeH
₇),

(2007; 2-Cl, 5-NO_Two; H; H), (2008; 2-Cl, 5-NO
_Two; H; CH_Three), (2009; 2-Cl, 5-NO_Two; H; OC_TwoH_Five), (2010; 2-Cl, 5-
NO_Two; H; C_ThreeH₇), (2011; 2-Cl, 5-NO_Two; H; i-C_ThreeH₇), (2012; 2-C
l, 5-NO _Two; H; Ph), (2013; 2-Cl, 5-NO_Two; H; CH_TwoPh), (2014; 2-
Cl, 5-NO_Two; CH_Three; H), (2015; 2-Cl, 5-NO_Two; CH_Three; CH_Three), (2016;
2-Cl, 5-NO_Two; CH_Three; C_TwoH_Five), (2017; 2-Cl, 5-NO_Two; CH_Three; C_ThreeH₇),
(2018; 2-Cl, 5-NO_Two; CH_Three;I c_ThreeH₇), (2019; 2-Cl, 5-NO_Two; C
H_Three; Ph), (2020; 2-Cl, 5-NO_Two; CH_Three; CH_TwoPh), (2021; 2-Cl, 5-
NO_Two; CF_Three; H), (2022; 2-Cl, 5-NO_Two; CF_Three; OCH_Three), (2023; 2-C
l, 5-NO_Two; CF_Three; C_TwoH_Five), (2024; 2-Cl, 5-NO_Two; CF_Three; C_ThreeH₇), (20
25; 2-Cl, 5-NO_Two; CF_Three;I c_ThreeH₇), (2026; 2-Cl, 5-NO_Two; CF_Three; P
h), (2027; 2-Cl, 5-NO_Two; CF_Three; CH_TwoPh), (2028; 2-Cl, 5-NO_Two;
C_TwoH_Five; H), (2029; 2-Cl, 5-NO_Two; C_TwoH_Five; CH_Three), (2030; 2-Cl, 5-
NO_Two; C_TwoH_Five; C_TwoH_Five), (2031; 2-Cl, 5-NO_Two; C_TwoH_Five; C_ThreeH₇), (203
2; 2-Cl, 5-NO_Two; C_TwoH_Five;I c_ThreeH₇), (2033; 2-Cl, 5-NO_Two; C_TwoH_Five; P
h), (2034; 2-Cl, 5-NO_Two; C_TwoH_Five; CH_TwoPh), (2035; 2-Cl, 5-N
O_Two; C_ThreeH₇; H), (2036; 2-Cl, 5-NO_Two; C_ThreeH₇; CH_Three), (2037; 2-Cl,
5-NO_Two; C_ThreeH₇; C_TwoH_Five), (2038; 2-Cl, 5-NO_Two; C_ThreeH₇; C_ThreeH₇), (20
39; 2-Cl, 5-NO_Two; C_ThreeH₇;I c_ThreeH₇), (2040; 2-Cl, 5-NO_Two; C_ThreeH₇;
Ph), (2041; 2-Cl, 5-NO_Two; C_ThreeH₇; CH_TwoPh), (2042; 2-Cl, 5-N
O_Two;I c_ThreeH₇; H), (2043; 2-Cl, 5-NO_Two;I c_ThreeH₇; CH_Three), (2044;
2-Cl, 5-NO_Two;I c_ThreeH₇; C_TwoH_Five), (2045; 2-Cl, 5-NO_Two;I c_ThreeH₇; O
C_ThreeH₇), (2046; 2-Cl, 5-NO_Two;I c_ThreeH₇;I c_ThreeH₇), (2047; 2-C
l, 5-NO_Two;I c_ThreeH₇; Ph), (2048; 2-Cl, 5-NO_Two;I c_ThreeH₇; CH_TwoP
h), (2049; 2-Cl, 5-NO_Two; Ph; H), (2050; 2-Cl, 5-NO_Two; Ph; CH
_Three), (2051; 2-Cl, 5-NO_Two; Ph; C_TwoH_Five), (2052; 2-Cl, 5-NO_Two; P
h; C_ThreeH₇), (2053; 2-Cl, 5-NO_Two; Ph; i-C_ThreeH₇), (2054; 2-Cl, 5
-NO_Two; Ph; Ph), (2055; 2-Cl, 5-NO_Two; Ph; CH_TwoPh), (2056; 2-C
l, 5-NO_Two; CH_TwoPh; H), (2057; 2-Cl, 5-NO_Two; CH_TwoPh; CH_Three), (20
58; 2-Cl, 5-NO_Two; CH_TwoPh; C_TwoH_Five), (2059; 2-Cl, 5-NO_Two; CH_TwoPh;
C_ThreeH₇), (2060; 2-Cl, 5-NO_Two; CH_TwoPh; i-C_ThreeH ₇), (2061; 2-Cl,
5-NO_Two; CH_TwoPh; Ph), (2062; 2-Cl, 5-NO_Two; CH_TwoPh; CH_TwoPh), (2
063; 2-Cl, 5-NO_Two; COCH_Three; H), (2064; 2-Cl, 5-NO_Two; COCH_Three; CH
_Three), (2065; 2-Cl, 5-NO_Two; COCH_Three; C_TwoH_Five), (2066; 2-Cl, 5-N
O_Two; COCH_Three; C_ThreeH₇), (2067; 2-Cl, 5-NO_Two; COCH_Three;I c_ThreeH₇), (2
068; 2-Cl, 5-NO_Two; COCH_Three; Ph), (2069; 2-Cl, 5-NO_Two; COCH_Three; C
H_TwoPh), (2070; 2-Cl, 5-NO_Two; COPh; H), (2071; 2-Cl, 5-NO_Two;
COPh; OCH_Three), (2072; 2-Cl, 5-NO_Two; COPh; C_TwoH_Five), (2073; 2-C
l, 5-NO_Two; COPh; C_ThreeH₇), (2074; 2-Cl, 5-NO_Two; COPh; i-C_ThreeH₇),
 (2075; 2-Cl, 5-NO_Two; COPh; Ph), (2076; 2-Cl, 5-NO_Two; COPh;
CH_TwoPh),

(2077; 2-Cl, 6-F; H; H), (2078; 2-Cl, 6-F; H;
CH ₃ ), (2079; 2-Cl, 6-F; H; C ₂ H ₅ ), (2080; 2-Cl, 6-F; H; C ₃ H
_{7), (2081; 2-} Cl, 6-F; H; iC 3 H 7), (2082; 2-Cl, 6-F; H; P
h), (2083; 2-Cl, 6-F; H; CH ₂ Ph), (2084; 2-Cl, 6-F; CH ₃ ;
H), (2085; 2-Cl, 6-F; CH ₃ ; CH ₃ ), (2086; 2-Cl, 6-F; CH ₃ ; C _{2
H 5), (2087; 2} -Cl, 6-F; CH 3; C 3 H 7), (2088; 2-Cl, 6-F; CH 3;
iC ₃ H ₇ ), (2089; 2-Cl, 6-F; CH ₃ ; Ph), (2090; 2-Cl, 6-F; CH
₃ ; CH ₂ Ph), (2091; 2-Cl, 6-F; CF ₃ ; H), (2092; 2-Cl, 6-F; CF
_{3; OCH 3), (2093} ; 2-Cl, 6-F; CF 3; C 2 H 5), (2094; 2-Cl, 6-F;
CF ₃ ; C ₃ H ₇ ), (2095; 2-Cl, 6-F; CF ₃ ; iC ₃ H ₇ ), (2096; 2-Cl,
6-F; CF ₃ ; Ph), (2097; 2-Cl, 6-F; CF ₃ ; CH ₂ Ph), (2098; 2-C
l, 6-F; C ₂ H ₅ ; H), (2099; 2-Cl, 6-F; C ₂ H ₅ ; CH ₃ ), (2100; 2-C
l, 6-F; C ₂ H ₅ ; C ₂ H ₅ ), (2101; 2-Cl, 6-F; C ₂ H ₅ ; C ₃ H ₇ ), (210
2; 2-Cl, 6-F; C ₂ H ₅ ; iC ₃ H ₇ ), (2103; 2-Cl, 6-F; C ₂ H ₅ ; Ph),
(2104; 2-Cl, 6-F; C ₂ H ₅ ; CH ₂ Ph), (2105; 2-Cl, 6-F; C ₃ H ₇ ;
H), (2106; 2- Cl, 6-F; C 3 H 7; CH 3), (2107; 2-Cl, 6-F; C 3 H 7;
_{C 2 H 5), (2108} ; 2-Cl, 6-F; C 3 H 7; C 3 H 7), (2109; 2-Cl, 6-F; C
_{3 H 7; iC 3 H 7} ), (2110; 2-Cl, 6-F; C 3 H 7; Ph), (2111; 2-Cl, 6
-F; C ₃ H ₇ ; CH ₂ Ph), (2112; 2-Cl, 6-F; iC ₃ H ₇ ; H), (2113; 2-
Cl, 6-F; iC ₃ H ₇ ; CH ₃ ), (2114; 2-Cl, 6-F; iC ₃ H ₇ ; C ₂ H ₅ ),
(2115; 2-Cl, 6-F; iC ₃ H ₇ ; C ₃ H ₇ ), (2116; 2-Cl, 6-F; iC ₃ H ₇ ;
iC ₃ H ₇ ), (2117; 2-Cl, 6-F; iC ₃ H ₇ ; Ph), (2118; 2-Cl, 6-
F; iC ₃ H ₇ ; CH ₂ Ph), (2119; 2-Cl, 6-F; Ph; H), (2120; 2-Cl,
6-F; Ph; CH ₃ ), (2121; 2-Cl, 6-F; Ph; C ₂ H ₅ ), (2122; 2-Cl, 6
-F; Ph; C ₃ H ₇ ), (2123; 2-Cl, 6-F; Ph; iC ₃ H ₇ ), (2124; 2-C
l, 6-F; Ph; Ph), (2125; 2-Cl, 6-F; Ph; CH ₂ Ph), (2126; 2-C
l, 6-F; CH ₂ Ph; H), (2127; 2-Cl, 6-F; CH ₂ Ph; CH ₃ ), (2128; 2
-Cl, 6-F; CH ₂ Ph; C ₂ H ₅ ), (2129; 2-Cl, 6-F; CH ₂ Ph; C ₃ H ₇ ),
(2130; 2-Cl, 6-F; CH ₂ Ph; iC ₃ H ₇ ), (2131; 2-Cl, 6-F; CH ₂ P
h; Ph), (2132; 2-Cl, 6-F; CH ₂ Ph; CH ₂ Ph), (2133; 2-Cl, 6-
F; COCH ₃ ; H), (2134; 2-Cl, 6-F; COCH ₃ ; CH ₃ ), (2135; 2-Cl, 6
-F; COCH ₃ ; C ₂ H ₅ ), (2136; 2-Cl, 6-F; COCH ₃ ; C ₃ H ₇ ), (2137;
2-Cl, 6-F; COCH ₃ ; iC ₃ H ₇ ), (2138; 2-Cl, 6-F; COCH ₃ ; Ph),
(2139; 2-Cl, 6-F; COCH ₃ ; CH ₂ Ph), (2140; 2-Cl, 6-F; COPh;
H), (2141; 2-Cl, 6-F; COPh; CH ₃ ), (2142; 2-Cl, 6-F; COPh;
_{C 2 H 5), (2143} ; 2-Cl, 6-F; COPh; C 3 H 7), (2144; 2-Cl, 6-F; C
OPh; iC ₃ H ₇ ), (2145; 2-Cl, 6-F; COPh; Ph), (2146; 2-Cl, 6
-F; COPh; CH ₂ Ph),

(2147; 2,6-F_Two; H; H), (2148; 2,6-F_Two; H; C
H_Three), (2149; 2,6-F_Two; H; C_TwoH_Five), (2150; 2,6-F_Two; H; C_ThreeH₇),
(2151; 2,6-F_Two; H; i-C_ThreeH₇), (2152; 2,6-F_Two; H; Ph), (2153;
2,6-F_Two; H; CH_TwoPh), (2154; 2,6-F_Two; CH_Three; H), (2155; 2,6-
F_Two; CH_Three; CH_Three), (2156; 2,6-F_Two; CH_Three; C_TwoH_Five), (2157; 2,6-F_Two;
CH_Three; C_ThreeH₇), (2158; 2,6-F_Two; CH_Three;I c_ThreeH₇), (2159; 2,6-F_Two;
CH_Three; Ph), (2160; 2,6-F_Two; CH_Three; CH_TwoPh), (2161; 2,6-F_Two; COC
H_Three; H), (2162; 2,6-F_Two; COCH_Three; CH _Three), (2163; 2,6-F_Two; COC
H_Three; C_TwoH_Five), (2164; 2,6-F_Two; COCH_Three; C_ThreeH₇), (2165; 2,6-F_Two; C
OCH_Three;I c_ThreeH₇), (2166; 2,6-F_Two; COCH_Three; Ph), (2167; 2,6-
F_Two; COCH_Three; CH_TwoPh), (2168; 2,6-F_Two; COPh; H), (2169; 2,6-F
_Two; COPh; CH_Three), (2170; 2,6-F_Two; COPh; C_TwoH_Five), (2171; 2,6-
F_Two; COPh; C_ThreeH₇), (2172; 2,6-F_Two; COPh; i-C_ThreeH₇), (2173; 2,
6-F_Two; COPh; Ph), (2174; 2,6-F_Two; COPh; CH_TwoPh), (2175; 2,6
-F_Two; Ph; H), (2176; 2,6-F_Two; Ph; CH_Three), (2177; 2,6-F _Two; Ph; C
_TwoH_Five), (2178; 2,6-F_Two; Ph; C_ThreeH₇), (2179; 2,6-F_Two; Ph; i-C_ThreeH
₇), (2180; 2,6-F_Two; Ph; Ph), (2181; 2,6-F_Two; Ph; CH_TwoPh),
(2182; 2,6-F_Two; CH_TwoPh; H), (2183; 2,6-F_Two; CH_TwoPh; CH_Three), (2
184; 2,6-F_Two; CH_TwoPh; C_TwoH_Five), (2185; 2,6-F_Two; CH_TwoPh; C_ThreeH₇),
(2186; 2,6-F _Two; CH_TwoPh; i-C_ThreeH₇), (2187; 2,6-F_Two; CH_TwoPh; P
h), (2188; 2,6-F_Two; CH_TwoPh; CH_TwoPh),

(2189; 2,4- (CH_Three)_Two; H; H), (2190; 2,4- (CH_Three)
_Two; H; CH_Three), (2191; 2,4- (CH_Three)_Two; H; C_TwoH_Five), (2192; 2,4- (C
H_Three)_Two; H; C_ThreeH₇), (2193; 2,4- (CH_Three)_Two; H; i-C_ThreeH₇), (2194; 2,
4- (CH_Three)_Two; H; Ph), (2195; 2,4- (CH_Three)_Two; H; CH_TwoPh), (2196;
2,4- (CH_Three)_Two; CH_Three; H), (2197; 2,4- (CH_Three)_Two; CH_Three; CH_Three), (219
8; 2,4- (CH_Three)_Two; CH_Three; C_TwoH_Five), (2199; 2,4- (CH_Three)_Two; CH_Three; C
_ThreeH₇), (2200; 2,4- (CH_Three)_Two; CH_Three;I c_ThreeH₇), (2201; 2,4- (C
H_Three)_Two; CH_Three; Ph), (2202; 2,4- (CH_Three)_Two; CH_Three; CH_TwoPh), (2203;
2,4- (CH_Three)_Two; CF_Three; H), (2204; 2,4- (CH_Three)_Two; CF_Three; CH_Three), (220
5; 2,4- (CH_Three)_Two; CF_Three; OC_TwoH_Five), (2206; 2,4- (CH_Three)_Two; CF_Three; C
_ThreeH₇), (2207; 2,4- (CH_Three)_Two; CF_Three;I c_ThreeH₇), (2208; 2,4- (C
H_Three)_Two; CF_Three; Ph), (2209; 2,4- (CH_Three)_Two; CF_Three; CH_TwoPh), (2210;
2,4- (CH_Three)_Two; C_TwoH_Five; H), (2211; 2,4- (CH_Three)_Two; C_TwoH_Five; CH_Three), (2
212; 2,4- (CH_Three)_Two; C_TwoH_Five; C_TwoH_Five), (2213; 2,4- (CH_Three)_Two; C_TwoH_Five; C_Three
H₇), (2214; 2,4- (CH_Three)_Two; C_TwoH_Five;I c_ThreeH₇), (2215; 2,4- (C
H_Three)_Two; C_TwoH_Five; Ph), (2216; 2,4- (CH_Three)_Two; C_TwoH_Five; CH_TwoPh), (221
7; 2,4- (CH_Three)_Two; C_ThreeH₇; H), (2218; 2,4- (CH_Three)_Two; C_ThreeH₇; CH_Three),
(2219; 2,4- (CH_Three)_Two; C_ThreeH₇; C_TwoH_Five), (2220; 2,4- (CH_Three) _Two; C
_ThreeH₇; C_ThreeH₇), (2221; 2,4- (CH_Three)_Two; C_ThreeH₇;I c_ThreeH₇), (2222; 2,
4- (CH_Three)_Two; C_ThreeH₇; Ph), (2223; 2,4- (CH_Three)_Two; C_ThreeH₇; CH_TwoPh), (2
224; 2,4- (CH_Three)_Two;I c_ThreeH₇; H), (2225; 2,4- (CH_Three)_Two;I c_ThreeH₇;
CH_Three), (2226; 2,4- (CH_Three)_Two;I c_ThreeH₇; C_TwoH_Five), (2227; 2,4- (CH
_Three)_Two;I c_ThreeH₇; C _ThreeH₇), (2228; 2,4- (CH_Three)_Two;I c_ThreeH₇;I c_ThreeH₇),
 (2229; 2,4- (CH_Three)_Two;I c_ThreeH₇; Ph), (2230; 2,4- (CH_Three)_Two;I c
_ThreeH₇; CH_TwoPh), (2231; 2,4- (CH_Three)_Two; Ph; H), (2232; 2,4- (C
H_Three)_Two; Ph; CH_Three), (2233; 2,4- (CH_Three)_Two; Ph; C_TwoH_Five), (2234; 2,4
-(CH_Three)_Two; Ph; C_ThreeH₇), (2235; 2,4- (CH_Three)_Two; Ph; i-C_ThreeH₇), (twenty two
36; 2,4- (CH_Three)_Two; Ph; Ph), (2237; 2,4- (CH_Three)_Two; Ph; CH_TwoPh),
(2238; 2,4- (CH_Three)_Two; CH_TwoPh; H), (2239; 2,4- (CH_Three)_Two; CH_TwoPh;
CH_Three), (2240; 2,4- (CH_Three)_Two; CH_TwoPh; C_TwoH_Five), (2241; 2,4- (C
H_Three)_Two; CH_TwoPh; C_ThreeH₇), (2242; 2,4- (CH_Three)_Two; CH_TwoPh; i-C_ThreeH₇),
(2243; 2,4- (CH_Three)_Two; CH_TwoPh; Ph), (2244; 2,4- (CH_Three)_Two; CH_TwoP
h; CH_TwoPh), (2245; 2,4- (CH_Three)_Two; COCH_Three; H), (2246; 2,4- (CH
_Three)_Two; COCH_Three; CH_Three), (2247; 2,4- (CH_Three)_Two; COCH_Three; C_TwoH_Five), (224
8; 2,4- (CH_Three)_Two; COCH_Three; C_ThreeH₇), (2249; 2,4- (CH_Three)_Two; COCH_Three; i
-C_ThreeH₇), (2250; 2,4- (CH_Three)_Two; COCH_Three; Ph), (2251; 2,4- (C
H_Three)_Two; COCH_Three; CH_TwoPh), (2252; 2,4- (CH_Three)_Two; COPh; H), (225
3; 2,4- (CH_Three)_Two; COPh; CH_Three), (2254; 2,4- (CH_Three)_Two; COPh; C
_TwoH_Five), (2255; 2,4- (CH_Three)_Two; COPh; C_ThreeH₇), (2256; 2,4- (CH_Three)
_Two; COPh; i-C_ThreeH₇), (2257; 2,4- (CH_Three)_Two; COPh; Ph), (2258;
2,4- (CH_Three)_Two; COPh; CH_TwoPh),

(2259; 4-CH = C (CH_Three) NO_Two; H; H), (2260; 4-CH =
C (CH_Three) NO_Two; H; CH_Three), (2261; 4-CH = C (CH_Three) NO_Two; H; C_TwoH_Five), (2
262; 4-CH = C (CH_Three) NO_Two; H; C_ThreeH₇), (2263; 4-CH = C (CH_Three) NO_Two;
H; i-C_ThreeH ₇), (2264; 4-CH = C (CH_Three) NO_Two; H; Ph), (2265; 4-CH =
C (CH_Three) NO_Two; H; CH_TwoPh), (2266; 4-CH = C (CH_Three) NO_Two; CH_Three; H),
(2267; 4-CH = C (CH_Three) NO_Two; CH_Three; CH_Three), (2268; 4-CH = C (CH_Three) NO
_Two; CH_Three; C_TwoH_Five), (2269; 4-CH = C (CH_Three) NO_Two; CH_Three; C_ThreeH₇), (227
0; 4-CH = C (CH_Three) NO_Two; CH_Three; O-i-C_ThreeH₇), (2271; 4-CH = C (CH_Three) N
O_Two; CH_Three; Ph), (2272; 4-CH = C (CH_Three) NO_Two; CH_Three; CH_TwoPh), (227
3; 4-CH = C (CH_Three) NO_Two; CF_Three; H), (2274; 4-CH = C (CH_Three) NO_Two; CF_Three;
CH_Three), (2275; 4-CH = C (CH_Three) NO_Two; CF_Three; C_TwoH_Five), (2276; 4-CH = C
(CH_Three) NO_Two; CF_Three; C_ThreeH₇), (2277; 4-CH = C (CH_Three) NO_Two; CF_Three;I c_ThreeH
₇), (2278; 4-CH = C (CH_Three) NO_Two; CF_Three; Ph), (2279; 4-CH = C (C
H_Three) NO_Two; CF_Three; CH_TwoPh), (2280; 4-CH = C (CH_Three) NO_Two; C_TwoH_Five; H),
(2281; 4-CH = C (CH_Three) NO_Two; C_TwoH_Five; CH_Three), (2282; 4-CH = C (CH_Three) N
O_Two; C_TwoH_Five; C_TwoH_Five), (2283; 4-CH = C (CH_Three) NO_Two; C_TwoH_Five; C_ThreeH₇), (2
284; 4-CH = C (CH_Three) NO_Two; C_TwoH_Five;I c_ThreeH₇), (2285; 4-CH = C (CH_Three)
NO_Two; C_TwoH_Five; Ph), (2286; 4-CH = C (CH_Three) NO _Two; C_TwoH_Five; CH_TwoPh), (2
287; 4-CH = C (CH_Three) NO_Two; C_ThreeH₇; H), (2288; 4-CH = C (CH_Three) NO_Two; C
_ThreeH₇; CH_Three), (2289; 4-CH = C (CH_Three) NO_Two; C_ThreeH₇; C_TwoH_Five), (2290; 4
-CH = C (CH_Three) NO_Two; C_ThreeH₇; C_ThreeH₇), (2291; 4-CH = C (CH_Three) NO_Two; C_ThreeH
₇;I c_ThreeH₇), (2292; 4-CH = C (CH_Three) NO_Two; C_ThreeH₇; Ph), (2293; 4-
CH = C (CH_Three) NO_Two; C_ThreeH₇; CH_TwoPh), (2294; 4-CH = C (CH_Three) NO_Two;I c
_ThreeH₇; H), (2295; 4-CH = C (CH_Three) NO_Two;I c_ThreeH₇; CH_Three), (2296; 4-
CH = C (CH_Three) NO_Two;I c_ThreeH₇; C_TwoH_Five), (2297; 4-CH = C (CH_Three) NO_Two; i-
C_ThreeH₇; C_ThreeH₇), (2298; 4-CH = C (CH_Three) NO_Two;I c_ThreeH₇;I c_ThreeH₇),
(2299; 4-CH = C (CH_Three) NO_Two;I c_ThreeH₇; Ph), (2300; 4-CH = C (CH_Three)
NO_Two;I c_ThreeH₇; CH_TwoPh), (2301; 4-CH = C (CH_Three) NO _Two; Ph; H), (23
02; 4-CH = C (CH_Three) NO_Two; Ph; CH_Three), (2303; 4-CH = C (CH_Three) NO_Two; P
h; C_TwoH_Five), (2304; 4-CH = C (CH_Three) NO_Two; Ph; C_ThreeH₇), (2305; 4-CH
= C (CH_Three) NO_Two; Ph; i-C_ThreeH₇), (2306; 4-CH = C (CH_Three) NO_Two; Ph; P
h), (2307; 4-CH = C (CH_Three) NO_Two; Ph; CH_TwoPh), (2308; 4-CH = C (C
H_Three) NO_Two; CH_TwoPh; H), (2309; 4-CH = C (CH_Three) NO_Two; CH_TwoPh; CH_Three),
(2310; 4-CH = C (CH_Three) NO_Two; CH_TwoPh; C_TwoH_Five), (2311; 4-CH = C (C
H_Three) NO_Two; CH_TwoPh; C_ThreeH₇), (2312; 4-CH = C (CH_Three) NO_Two; CH_TwoPh; i-C
_ThreeH₇), (2313; 4-CH = C (CH_Three) NO_Two; CH_TwoPh; Ph), (2314; 4-CH = C
(CH_Three) NO_Two; CH_TwoPh; CH_TwoPh), (2315; 4-CH = C (CH_Three) NO_Two; COCH_Three;
H), (2316; 4-CH = C (CH_Three) NO_Two; COCH_Three; CH_Three), (2317; 4-CH = C
(CH_Three) NO_Two; COCH_Three; C_TwoH_Five), (2318; 4-CH = C (CH_Three) NO_Two; COCH_Three; C
_ThreeH₇), (2319; 4-CH = C (CH_Three) NO_Two; COCH_Three;I c_ThreeH₇), (2320; 4-
CH = C (CH_Three) NO_Two; COCH_Three; Ph), (2321; 4-CH = C (CH_Three) NO_Two; COC
H_Three; CH_TwoPh), (2322; 4-CH = C (CH_Three) NO_Two; COPh; H), (2323; 4-C
H = C (CH_Three) NO_Two; COPh; CH_Three), (2324; 4-CH = C (CH_Three) NO_Two; COPh; O
C_TwoH_Five), (2325; 4-CH = C (CH_Three) NO_Two; COPh; C_ThreeH₇), (2326; 4-CH
= C (CH_Three) NO_Two; COPh; i-C_ThreeH₇), (2327; 4-CH = C (CH_Three) NO_Two; COP
h; Ph), (2328; 4-CH = C (CH_Three) NO_Two; COPh; CH_TwoPh),

(2329; 2-NO_Two; H; H), (2330; 2-NO_Two; H; CH_Three),
(2331; 2-NO_Two; H; C_TwoH_Five), (2332; 2-NO_Two; H; C_ThreeH₇), (2333; 2-
NO_Two; H; i-C_ThreeH₇), (2334; 2-NO_Two; H; Ph), (2335; 2-NO_Two; H; CH
_TwoPh), (2336; 2-NO_Two; CH_Three; H), (2337; 2-NO_Two; CH_Three; CH_Three), (twenty three
38; 2-NO_Two; CH_Three; OC_TwoH_Five), (2339; 2-NO_Two; CH_Three; C_ThreeH₇), (2340;
2-NO_Two; CH_Three;I c_ThreeH₇), (2341; 2-NO_Two; CH_Three; Ph), (2342; 2-NO
_Two; CH_Three; CH_TwoPh), (2343; 2-NO_Two; CF_Three; H), (2344; 2-NO_Two; CF_Three;
CH_Three), (2345; 2-NO_Two; CF_Three; C_TwoH_Five), (2346; 2-NO_Two; CF_Three; C
_ThreeH₇), (2347; 2-NO_Two; CF_Three;I c_ThreeH₇), (2348; 2-NO_Two; CF_Three; P
h), (2349; 2-NO_Two; CF_Three; CH_TwoPh), (2350; 2-NO_Two; C_TwoH_Five; H),
(2351; 2-NO_Two; C_TwoH_Five; CH_Three), (2352; 2-NO_Two; C_TwoH_Five; C_TwoH_Five), (235
3; 2-NO_Two; C_TwoH_Five; C_ThreeH₇), (2354; 2-NO_Two; C_TwoH_Five;I c_ThreeH₇), (235
5; 2-NO_Two; C_TwoH_Five; Ph), (2356; 2-NO_Two; C_TwoH_Five; CH_TwoPh), (2357; 2
-NO_Two; C_ThreeH₇; H), (2358; 2-NO_Two; C_ThreeH₇; CH_Three), (2359; 2-NO_Two; C
_ThreeH₇; C_TwoH_Five), (2360; 2-NO_Two; C_ThreeH₇; C_ThreeH₇), (2361; 2-NO_Two; C_ThreeH
₇;I c_ThreeH₇), (2362; 2-NO_Two; C_ThreeH₇; Ph), (2363; 2-NO_Two; C_ThreeH₇;
CH_TwoPh), (2364; 2-NO_Two;I c_ThreeH₇; H), (2365; 2-NO_Two;I c_ThreeH₇;
CH_Three), (2366; 2-NO_Two;I c_ThreeH₇; C_TwoH_Five), (2367; 2-NO_Two;I c_ThreeH₇;
C_ThreeH₇), (2368; 2-NO_Two;I c_ThreeH₇;I c_ThreeH₇), (2369; 2-NO_Two;I c
_ThreeH ₇; Ph), (2370; 2-NO_Two;I c_ThreeH₇; CH_TwoPh), (2371; 2-NO_Two; P
h; H), (2372; 2-NO_Two; Ph; OCH_Three), (2373; 2-NO_Two; Ph; C_TwoH_Five),
(2374; 2-NO_Two; Ph; C_ThreeH₇), (2375; 2-NO_Two; Ph; i-C_ThreeH₇), (237
6; 2-NO_Two; Ph; Ph), (2377; 2-NO_Two; Ph; CH_TwoPh), (2378; 2-N
O_Two; CH_TwoPh; H), (2379; 2-NO_Two; CH_TwoPh; CH_Three), (2380; 2-NO_Two; C
H_TwoPh; C_TwoH_Five), (2381; 2-NO_Two; CH_TwoPh; C_ThreeH₇), (2382; 2-NO_Two; C
H_TwoPh; i-C_ThreeH₇), (2383; 2-NO_Two; CH_TwoPh; Ph), (2384; 2-NO_Two; C
H_TwoPh; CH_TwoPh), (2385; 2-NO_Two; COCH_Three; H), (2386; 2-NO_Two; COC
H_Three; CH_Three), (2387; 2-NO_Two; COCH_Three; C_TwoH_Five), (2388; 2-NO_Two; COCH
_Three; C_ThreeH₇), (2389; 2-NO_Two; COCH_Three;I c_ThreeH₇), (2390; 2-NO_Two; CO
CH_Three; Ph), (2391; 2-NO_Two; COCH_Three; CH_TwoPh), (2392; 2-NO_Two; COP
h; H), (2393; 2-NO_Two; COPh; CH_Three), (2394; 2-NO_Two; COPh; C
_TwoH_Five), (2395; 2-NO_Two; COPh; C_ThreeH₇), (2396; 2-NO_Two; COPh; i-C
_ThreeH₇), (2397; 2-NO_Two; COPh; Ph), (2398; 2-NO_Two; COPh; CH_TwoP
h),

(2399; 3-OCH_Two-c-Pr; H; H), (2400; 3-OCH_Two-c
-Pr; H; CH_Three), (2401; 3-OCH_Two-c-Pr; H; C_TwoH_Five), (2402; 3-OCH
_Two-c-Pr; H; C_ThreeH₇), (2403; 3-OCH_Two-c-Pr; H; i-C_ThreeH₇), (240
4; 3-OCH _Two-c-Pr; H; Ph), (2405; 3-OCH_Two-c-Pr; H; CH_TwoPh),
(2406; 3-OCH_Two-c-Pr; CH_Three; H), (2407; 3-OCH_Two-c-Pr; CH_Three; CH
_Three), (2408; 3-OCH_Two-c-Pr; CH_Three; OC_TwoH_Five), (2409; 3-OCH_Two-c-P
r; CH_Three; C_ThreeH₇), (2410; 3-OCH_Two-c-Pr; CH_Three;I c_ThreeH₇), (2411;
3-OCH_Two-c-Pr; CH_Three; Ph), (2412; 3-OCH_Two-c-Pr; CH_Three; CH_TwoPh),
 (2413; 3-OCH_Two-c-Pr; CF_Three; H), (2414; 3-OCH_Two-c-Pr; CF_Three; C
H_Three), (2415; 3-OCH_Two-c-Pr; CF_Three; C_TwoH_Five), (2416; 3-OCH_Two-c-P
r; CF_Three; C_ThreeH₇), (2417; 3-OCH_Two-c-Pr; CF_Three;I c_ThreeH₇), (2418;
3-OCH_Two-c-Pr; CF_Three; Ph), (2419; 3-OCH_Two-c-Pr; CF_Three; CH_TwoPh),
 (2420; 3-OCH_Two-c-Pr; C_TwoH_Five; H), (2421; 3-OCH_Two-c-Pr; C
_TwoH_Five; CH_Three), (2422; 3-OCH_Two-c-Pr; C_TwoH_Five; C_TwoH_Five), (2423; 3-OC
H_Two-c-Pr; C_TwoH_Five; C_ThreeH₇), (2424; 3-OCH_Two-c-Pr; C_TwoH_Five;I c
_ThreeH₇), (2425; 3-OCH_Two-c-Pr; C_TwoH_Five; Ph), (2426; 3-OCH_Two-c-P
r; C_TwoH_Five; CH_TwoPh), (2427; 3-OCH_Two-c-Pr; C_ThreeH₇; H), (2428; 3-
OCH_Two-c-Pr; C_ThreeH₇; CH_Three), (2429; 3-OCH_Two-c-Pr; C_ThreeH₇; C_TwoH_Five),
 (2430; 3-OCH_Two-c-Pr; C_ThreeH₇; C_ThreeH₇), (2431; 3-OCH_Two-c-Pr; C
_ThreeH₇;I c _ThreeH₇), (2432; 3-OCH_Two-c-Pr; C_ThreeH₇; Ph), (2433; 3-O
CH_Two-c-Pr; C_ThreeH₇; CH_TwoPh), (2434; 3-OCH_Two-c-Pr; i-C_ThreeH₇; H),
 (2435; 3-OCH_Two-c-Pr; i-C_ThreeH₇; CH_Three), (2436; 3-OCH_Two-c-Pr;
I c_ThreeH₇; OC_TwoH_Five), (2437; 3-OCH_Two-c-Pr; i-C_ThreeH₇; C_ThreeH₇), (twenty four
38; 3-OCH_Two-c-Pr; i-C_ThreeH₇;I c_ThreeH₇), (2439; 3-OCH_Two-c-Pr; i
-C_ThreeH₇; Ph), (2440; 3-OCH_Two-c-Pr; i-C_ThreeH₇; CH_TwoPh), (2441;
3-OCH_Two-c-Pr; Ph; H), (2442; 3-OCH_Two-c-Pr; Ph; CH_Three), (244
3; 3-OCH_Two-c-Pr; Ph; C_TwoH_Five), (2444; 3-OCH_Two-c-Pr; Ph; C
_ThreeH₇), (2445; 3-OCH_Two-c-Pr; Ph; i-C_ThreeH₇), (2446; 3-OCH_Two-c
-Pr; Ph; Ph), (2447; 3-OCH_Two-c-Pr; Ph; CH_TwoPh), (2448; 3-O
CH_Two-c-Pr; CH_TwoPh; H), (2449; 3-OCH_Two-c-Pr; CH_TwoPh; CH_Three),
(2450; 3-OCH_Two-c-Pr; CH_TwoPh; C_TwoH_Five), (2451; 3-OCH_Two-c-Pr; C
H_TwoPh; C_ThreeH₇), (2452; 3-OCH_Two-c-Pr; CH_TwoPh; i-C_ThreeH₇), (245
3; 3-OCH_Two-c-Pr; CH_TwoPh; Ph), (2454; 3-OCH_Two-c-Pr; CH_TwoPh; C
H_TwoPh), (2455; 3-OCH_Two-c-Pr; COCH_Three; H), (2456; 3-OCH_Two-c-
Pr; COCH_Three; CH_Three), (2457; 3-OCH_Two-c-Pr; COCH_Three; C_TwoH_Five), (245
8; 3-OCH_Two-c-Pr; COCH_Three; OC_ThreeH₇), (2459; 3-OCH_Two-c-Pr; COCH
_Three;I c_ThreeH₇), (2460; 3-OCH_Two-c-Pr; COCH_Three; Ph), (2461; 3-OC
H_Two-c-Pr; COCH_Three; CH_TwoPh), (2462; 3-OCH_Two-c-Pr; COPh; H), (2
463; 3-OCH_Two-c-Pr; COPh; OCH_Three), (2464; 3-OCH_Two-c-Pr; COP
h; C_TwoH_Five), (2465; 3-OCH_Two-c-Pr; COPh; C_ThreeH₇), (2466; 3-OCH
_Two-c-Pr; COPh; i-C_ThreeH₇), (2467; 3-OCH_Two-c-Pr; COPh; Ph),
(2468; 3-OCH_Two-c-Pr; COPh; CH_TwoPh),

(2469; 2,4-Cl_Two; H; H), (2470; 2,4-Cl_Two; H; CH
_Three), (2471; 2,4-Cl_Two; H; C_TwoH_Five), (2472; 2,4-Cl_Two; H; C_ThreeH₇),
(2473; 2,4-Cl_Two; H; i-C_ThreeH₇), (2474; 2,4-Cl_Two; H; Ph), (247
5; 2,4-Cl_Two; H; CH_TwoPh), (2476; 2,4-Cl_Two; CH_Three; H), (2477; 2,
4-Cl_Two; CH_Three; CH_Three), (2478; 2,4-Cl _Two; CH_Three; C_TwoH_Five), (2479; 2,4
-Cl_Two; CH_Three; C_ThreeH₇), (2480; 2,4-Cl_Two; CH_Three;I c_ThreeH₇), (2481;
2,4-Cl_Two; CH_Three; Ph), (2482; 2,4-Cl_Two; CH_Three; CH_TwoPh), (2483;
2,4-Cl_Two; COCH_Three; H), (2484; 2,4-Cl_Two; COCH_Three; CH_Three), (2485;
2,4-Cl_Two; COCH_Three; C_TwoH_Five), (2486; 2,4-Cl_Two; COCH_Three; C_ThreeH₇), (2
487; 2,4-Cl_Two; COCH_Three;I c_ThreeH₇), (2488; 2,4-Cl_Two; COCH_Three; P
h), (2489; 2,4-Cl_Two; COCH_Three; CH_TwoPh), (2490; 2,4-Cl_Two; COP
h; H), (2491; 2,4-Cl_Two; COPh; CH_Three), (2492; 2,4-Cl _Two; COPh;
C_TwoH_Five), (2493; 2,4-Cl_Two; COPh; C_ThreeH₇), (2494; 2,4-Cl_Two; COP
h; i-C_ThreeH₇), (2495; 2,4-Cl_Two; COPh; Ph), (2496; 2,4-Cl_Two; C
OPh; CH_TwoPh), (2497; 2,4-Cl_Two; Ph; H), (2498; 2,4-Cl_Two; Ph;
CH_Three), (2499; 2,4-Cl_Two; Ph; C_TwoH_Five), (2500; 2,4-Cl_Two; Ph; C_ThreeH
₇), (2501; 2,4-Cl_Two; Ph; i-C_ThreeH₇), (2502; 2,4-Cl_Two; Ph; P
h), (2503; 2,4-Cl_Two; Ph; CH_TwoPh), (2504; 2,4-Cl_Two; CH_TwoPh;
H), (2505; 2,4-Cl_Two; CH_TwoPh; CH_Three), (2506; 2,4-Cl_Two; CH_TwoPh;
C_TwoH_Five), (2507; 2,4-Cl_Two; CH_TwoPh; C_ThreeH₇), (2508; 2,4-Cl_Two; CH_Two
Ph; i-C_ThreeH₇), (2509; 2,4-Cl_Two; CH_TwoPh; Ph), (2510; 2,4-C
l_Two; CH_TwoPh; CH_TwoPh)

The preparations containing the compound according to the present invention are useful as agricultural and animal nematicides. Examples of applicable nematodes include plant parasitic nematodes, insect-preferring and insect parasitic nematodes, animal parasitic nematodes, soil nematodes, and the like. For example, Arenaria root-knot nematode, Ishuku nematode, Strawberry nematode, Rice singares nematode insect paddy, Rice cyst nematode, Imogusaresenchu, Ogatahari nematode, Kaichu, Kikuhareenchu, Kitanegusa nematode, Kuki nematode, Walnut nematode , Wheat root nematode, Sweet potato nematode, Shihenchu, Potato cyst nematode, Skteronema, Nematode, Soybean cyst nematode, Tubu nematode, Sugar beet cyst nematode, Togewa nematode, Nagahari nematode, Namiki nematode, Niseko nematode
Nematosa nematode, Nematosa nematode, Nekobetsu nematode, Nemoguri nematode, Pin nematode, Bentgrass nematode, Matsunozai nematode, Tangerine nematode, Southern subterraneum nematode, Mugishisuto nematode, Yumihari nematode, Nematode nematode,
And nematodes.

Examples of plants to which the nematocide of the present invention is applied include various cultivated plants such as sugar beet, pineapple, soybean,
Peanut, onion, potato, radish, carrot, cucumber, mulberry, fig, strawberry, apple, tea, green onion, tobacco, chisha, pepper, chrysanthemum, etc., as well as trees (eg, pine, palm), grass, etc. No. Examples of animals to which the nematocide of the present invention is applied include humans and domestic animals (eg, cows, sheep, pigs, goats, chickens, turkeys, horses, rabbits, etc.) and pet animals (eg, dogs, cats, parakeets, etc.) Such as mammals, birds, amphoteric, reptiles, and fish.

The nematicide of the present invention contains at least a compound represented by the general formula (I) or the like in an amount of 0.1 to 95% by weight.
Preferably, it contains 2 to 80% by weight. These nematicides can be used alone or diluted. The method of use and the concentration of use vary depending on the purpose of use, the target plant or animal, the period of use, the type of soil, and the like, but are generally as follows. For example, a granular preparation
A total of 10 to 50 kg per a is mixed with soil up to a depth of about 20 cm from the surface. The nematocide of the present invention is 10 g to 100 kg, preferably 100 g to 20 kg per 10a.
used. When the treatment area is large, there is a method of mixing with a tractor or mixing with irrigation water and penetrating into soil. In general, the formulations comprise from 0.1 to 95% by weight, preferably from 2 to 80% by weight, of at least one compound (I) according to the invention. These preparations can be used alone or diluted. The concentration used depends on the purpose of use and the time of use, but is generally about 1 to 1.
5,000 ppm, preferably about 100 to 5,000 p
It is used in a range of about pm. The compound (I) according to the present invention is used at about 10 g to 5 kg / ha, preferably about 100 g to 1,000 g / ha.

When the present nematicide is used, it can be mixed with various carriers depending on the use scene and used as, for example, granules, wettable powders, emulsions or suspensions.
Embodiments as described above include at least one compound of the present invention and suitable solid or liquid carriers, and, if desired,
Auxiliaries suitable for improving the dispersibility and other properties of the active substance (for example, surfactants, spreading agents, dispersants, stabilizers, emulsifiers, suspending agents, penetrants, wetting agents, etc.) Together with the usual method. Examples of solid carriers or diluents include botanicals (e.g.,
Grain flour, tobacco stem flour, soy flour, walnut husk flour, vegetable flour, canna refuse, bran, bark flour, fibrous flour, vegetable extraction residue), fibrous substances (e.g., paper, cardboard, rag), artificial Plastic powder, clay (e.g., kaolin, diatomaceous earth, bentonite, clay, clay), talc and inorganic substances (pyroxene, sericite, pumice, sulfur powder, activated carbon), chemical fertilizers (e.g., ammonium sulfate, ammonium phosphate, Ammonium nitrate, urea, ammonium chloride). As liquid carriers and diluents, water, alcohols (e.g., methanol, ethanol), ketones (e.g., acetone, methyl ethyl ketone), ethers (e.g., diethyl ether, dioxane, cellosolve, tetrahydrofuran),
Aromatic hydrocarbons (eg, benzene, toluene, xylene, methylnaphthalene), aliphatic hydrocarbons (eg, gasoline, kerosene, kerosene), esters, nitriles, acid amides (eg, N, N-dimethylformamide, N,
N-dimethylacetamide), halogenated hydrocarbons (eg, dichloroethane, carbon tetrachloride), solvent naphtha, cyclohexane, and the like.

Examples of the surfactant include alkyl sulfate, alkyl sulfonate, alkylaryl sulfonate, polyethylene glycol ether, polyhydric alcohol esters and the like. Examples of spreading or dispersing agents include casein, gelatin, starch, carboxymethyl cellulose, acacia, alginic acid, lignin,
Bentonite, molasses, polyvinyl alcohol, pine oil and agar. As a stabilizer, PAP
(Isopropyl phosphate mixture), tricresyl phosphate
(TCP), tall oil, epoxy oil, surfactants, fatty acids and esters thereof. In addition to the above components, the formulations of the present invention can be used in admixture with other fungicides, insecticides, acaricides, or fertilizers. Further, the nematicide of the present invention can be used in a mixture with an insecticide, a bactericide, a fertilizer, a soil treatment agent (improving agent) and the like.

[0065]

EXAMPLES Hereinafter, the present invention will be described in more detail with reference to Test Examples, but the present invention is not limited thereto.

Test Example 1 (1) Selection of Test Nematodes Caenorhabditis elegans N2 was used as a test nematode and sterile subculture (Sayre et., Al, Experimental Parasitolo)
gy 13, 98-107, 1963).

(2) Preparation of Test Solution The compound of the present invention was weighed to prepare a 1% solution of DMSO. To this was added M-9 buffer (Brenner, Genetics 77, 71-94, 1974) containing Tween 20 100 ppm to give 5
A test solution of 00 ppm was used. (3) Measurement of reaction rate 3-hole hole slide glass (hole diameter 15 mm, depth 1 m)
m) Tween-20 in one hole of the hole slide glass.
Was added in 40 μl of M-9 buffer solution, and about 10 test nematodes were transferred with a transplant needle. (2)
40 μl of the 500 ppm test solution prepared in the above was added, and the mixture was gently stirred to give a final concentration of 250 ppm. The slide glass was placed in a wet room, kept at about 22 ° C., and the number of surviving insects was examined after 24 hours. The number of repetitions was set to 3 for one treatment, and the final concentration of the control agent was set to 200 ppm. The most obvious reaction is death, but those that survive but have extremely suppressed activity, or those that show a specific shape such as a coil or bend, are visually untreated. Those that were clearly different from the above were defined as reaction individuals. The results are shown below.

[0068]

[Table 1] The nematicide has approximately the same nematicidal activity as the control.

Test Example 2 A test was conducted in the same manner as in Test Example 1 except for the compound concentration. The results are shown below.

[Table 2]

Test Example 3 (1) Selection of test nematodes Meloidogyne incognita stage II larvae were used as test nematodes, and individuals hatched within 24 hours from an egg sac collected from the roots of tomato (Regina) were used. (2) Method Test Example 1 except that the final concentration of the control agent was 400 ppm.
The test was performed in the same manner as described above. (3) Results The control agent had an MITC of 400 ppm, and the mortality after 48 hours was 100%. Compound 547 is 4 at 250 ppm
After 8 hours, the mortality was 100%, 250 ppm, 6 ppm.
Even at 3 ppm, the mortality was 100%.

[0071]

The nematicide of the present invention has a novel skeleton as a nematicide and can be used for controlling various harmful nematodes.

Claims (6)

[Claims] (1) Formula (I): (Wherein R1 and R2 are each independently hydrogen, lower alkyl optionally having substituent (s), lower alkoxy optionally having substituent (s), lower alkoxycarbonyl optionally having substituent (s)) X1 is an acyl which may have a substituent or an aryl which may have a substituent;
And X2 are each independently hydrogen, hydroxy, halogen, lower alkyl optionally having substituent (s), lower alkenyl optionally having substituent (s), lower alkoxy optionally having substituent (s), A lower alkylthio optionally having a group, an aryloxy optionally having a substituent, an arylthio optionally having a substituent, nitro or an amino optionally having a substituent, X1 And X2 may together form a lower alkylenedioxy), a salt thereof, or a solvate thereof. 2. X1 is a lower alkenyl optionally substituted by hydrogen, halogen, nitro, a lower alkoxy optionally substituted, a lower alkylthio optionally substituted, and a substituent. The nematicide according to claim 1, wherein the nematicide is aryloxy or nitro, optionally wherein X2 is hydrogen, halogen or nitro, or X1 and X2 together form methylenedioxy. 3. The nematicide according to claim 1, wherein X1 is substituted at the 4-position. 4. The nematicide according to claim 1, wherein X2 is hydrogen. 5. The nematicide according to claim 1, wherein R1 is hydrogen, lower alkyl or acyl. 6. The nematicide according to claim 1, wherein R2 is hydrogen.