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F-Term-List

C07D309/00-309/14 AA AA00
NON-CONDENSED OXYGEN-CONTAINING SATURATED SIX-MEMBERED RINGS 		AA01 AA03 AA04 AA05 AA06 AA08 AA10
. Unsubstituted hydrocarbon substitution . Substituted hydrocarbon substitution . . Halogen substitution . . Nitro substitution . . Hydroxyl or ether substitution . . Oxo substitution . . Nitrogen substitution (i.e., other than nitro)
AA12 AA15 AA16 AA17 AA18 AA19 AA20
. . Z (carboxyl acid or derivatives) substitution . Hetero atoms bonded directly to hetero rings . . Halogen atoms . . Oxygen atoms . . . Hydroxyl groups . . . Hydrocarbon oxy groups . . . . Saturated hydrocarbon oxy groups
AA21 AA22 AA24 AA26 AA27 AA28 AA29 AA30
. . . . Unsaturated hydrocarbon oxy groups . . . . . Aromatic oxy groups . . . . Prostaglandin - oxy groups . Z (carboxyl acid or derivatives) bonded directly to the hetero ring . . Acids or esters . . Carboxamide, thiocarboxamide, or amidine . . Cyano . Others
C07D309/16-309/30 BB BB00
OXYGEN-CONTAINING NON-CONDENSED SIX-MEMBERED HETERO RINGS THAT CONTAIN ONE UNSATURATED BOND 		BB01 BB02 BB04 BB05 BB06 BB07 BB08 BB09
. Double bond between ring members 2 and 3 . . Unsubstituted hydrocarbon substitution . . Substituted hydrocarbon substitution . . . Halogen substitution . . . Nitro substitution . . . Hydroxyl or ether substitution . . . Oxo substitution . . . Nitrogen substitution (i.e., other than nitro)
BB11 BB13 BB14 BB16 BB18 BB19 BB20
. . . Z (carboxyl acid or derivatives) substitution . . Hetero atoms bonded directly to the hetero ring . . . Oxygen atoms . . . Nitrogen atoms . . Z (carboxyl acid or derivatives) substitution . . . Acids or esters . . . Carboxyl or carboxylic acid esters
BB21 BB23 BB24 BB26 BB27 BB28 BB29 BB30
. . . Cyano . Non-condensed pyranes with double bonds between ring members 3 and 4 . . Unsubstituted hydrocarbon substitution . . Substituted hydrocarbon substitution . . . Halogen substitution . . . Nitro substitution . . . Carboxyl or ether substitution . . . Nitrogen substitution (i.e., other than nitro)
BB32 BB34 BB35 BB37 BB39 BB40
. . . Z (carboxyl acid or derivatives) substitution . . Hetero atoms bonded directly to the hetero ring . . . Oxygen atoms . . . Nitrogen atoms . . Z (carboxyl acid or derivatives) substitution . . . Acids or esters
BB41 BB42 BB44 BB46 BB47 BB48 BB49 BB50
. . . Carboxyl or carboxylic acid esters . . . Cyano . Double-bonded pyranes between cyclic and non-cyclic atoms . . Double bonds between cyclic carbon atoms and non-cyclic oxygen atoms . . . Double bonds to position 3- or 4- on the hetero ring . . . . Aldehyde substitution on the pyrane ring . . . . Hetero atom substitution for the carbon atoms on the hetero ring . . . . . Oxygen atoms
BB51 BB53 BB56 BB57 BB59 BB60
. . . . . Nitrogen atoms . . . . Z (carboxyl acid or derivatives) substitution . . . Double-bonds on the 2-position . . . . Substituted or unsubstituted hydrocarbon substitution . . . . Hetero atom substitution for the carbon atoms on the hetero ring . . . . . Oxygen atoms
BB61 BB63 BB65 BB67 BB68 BB69 BB70
. . . . . Nitrogen atoms . . . . . Sulfur atoms . . . . Z (carboxyl acid or derivatives) substitution . . . . Compounds with oxygen in the 4-position and fatty aromatic group substitution in the 6 position . . . . . Compounds that contain hydrogenated fatty aromatic groups . . . . . Compounds that contain ester groups . . . . . Compounds that contain substituted aromatic rings
BB80
. Others
C07D309/32 CC CC00
NON-CONDENSED PYRANES WITH TWO UNSATURATED BONDS 		CC01 CC02 CC03 CC05 CC07 CC09
. Two double bonds between ring members . . Non-condensed pyranes with double bonds between the 2- and 3-position and the 5- and 6- position . . . Unsubstituted hydrocarbon substitution . . . Substituted hydrocarbon substitution . . . . Oxygen atoms . . . . Z (carboxyl acid or derivatives) substitution
CC11 CC12 CC13 CC15 CC18 CC19
. . . Hetero atom substitution for the carbon atoms on the hetero ring . . . . Oxygen atoms . . . . Nitrogen atoms . . . Z (carboxyl acid or derivatives) substitution . . Non-condensed pyranes with double bonds between the 2- and 3-position and the 4- and 5- position . . . Unsubstituted hydrocarbon substitution
CC21 CC23 CC25 CC27 CC28 CC29
. . . Substituted hydrocarbon substitution . . . . Oxygen atoms . . . . Z (carboxyl acid or derivatives) substitution . . . Hetero atom substitution for the carbon atoms on the hetero ring . . . . Oxygen atoms . . . . Nitrogen atoms
CC31 CC34 CC35 CC36 CC38 CC40
. . . Z (carboxyl acid or derivatives) substitution . Non-condensed pyranes with double bonds at the 1-position . . Oxo at the 4-position of the hetero ring . . . Unsubstituted hydrocarbon substitution . . . Substituted hydrocarbon substitution . . . . Oxygen atoms
CC41 CC43 CC46 CC49 CC50
. . . . Z (carboxyl acid or derivatives) substitution . . . Hetero atom bonded directly to the carbon atoms on the hetero ring . . . Z (carboxyl acid or derivatives) substitution . . Non-condensed six-membered rings with oxo at the 2-position . . . Unsubstituted hydrocarbon substitution
CC52 CC54 CC56 CC58
. . . Substituted hydrocarbon substitution . . . . Oxygen substitution . . . . Z (carboxyl acid or derivatives) substitution . . . Hetero atom bonded directly to the carbon atoms on the hetero ring
CC61 CC64 CC65 CC67 CC69
. . . Z (carboxyl acid or derivatives) substitution . . Double-bonds in the 2-position . . . Unsubstituted hydrocarbon substitution . . . Substituted hydrocarbon substitution . . . . Oxygen atoms
CC71 CC73 CC76 CC80
. . . . Z (carboxyl acid or derivatives) substitution . . . Hetero atom bonded directly to the carbon atoms on the hetero ring . . . Z (carboxyl acid or derivatives) substitution . Others
C07D309/34-309/40 DD DD00
NON-CONDENSED PYRANES WITH THREE OR MORE UNSATURATED BONDS 		DD01 DD02 DD03 DD04 DD06 DD08 DD10
. Compounds with three double bonds . . Pyranes with a single double bond between a ring member and a non-ring member . . . Oxo at the 4-position of the hetero ring . . . . Unsubstituted hydrocarbon substitution . . . . Substituted hydrocarbon substitution . . . . . Oxygen atoms . . . . . Z (carboxyl acid or derivatives) substitution
DD12 DD13 DD16 DD19 DD20
. . . . Hetero atom bonded directly to the carbon atoms on the hetero ring . . . . . Oxygen atoms . . . . Z (carboxyl acid or derivatives) substitution . . . Non-condensed six-membered rings that contain oxo groups on the 2-position . . . . Unsubstituted hydrocarbon substitution
DD22 DD25 DD28 DD30
. . . . Substituted hydrocarbon substitution . . . . Hetero atom bonded directly to the carbon atoms on the hetero ring . . . . Z (carboxyl acid or derivatives) substitution . . Pyranes with two double-bonds between ring members and non-ring members
DD32 DD40
. . . Non-condensed six-membered rings that contain twooxo groups . Others
C07D311/42-311/56 EE EE00
BENZO [B] PYRANE WITH SULFUR BONDED DIRECTLY TO THE 2- OR 4-POSITION 		EE01 EE02 EE04 EE05 EE07 EE09
. Benzo [b] pyrane that contains oxygen or sulfur bonded to the 2-position . . Benzo [b] pyrane wherein the pyran ring is not hydrogenated . . . Substitution in the 3-position or unsubstituted in the 7-position . . . . Unsubstituted hydrocarbon substitution . . . . Substituted hydrocarbon substitution . . . . Hetero atom substitution
EE12 EE13 EE14 EE16 EE18 EE19
. . . . Z (carboxyl acid or derivatives) substitution . . . Substitution in the 6-position or unsubstituted in the 7-position . . . . Unsubstituted hydrocarbon substitution . . . . Substituted hydrocarbon substitution . . . . Hetero atom substitution . . . . Z (carboxyl acid or derivatives) substitution
EE21 EE22 EE23 EE25 EE26 EE27 EE28 EE29 EE30
. . . Substitution in the 7-position . . . . Unsubstituted hydrocarbon substitution . . . . Substituted hydrocarbon substitution . . . . Hetero atom substitution . . . . . Oxygen atoms . . . . . . Hydroxyl groups . . . . . . Hydrocarbon oxy groups . . . . . . Oxo groups . . . . . . Esters
EE31 EE32 EE34 EE36 EE38 EE39 EE40
. . . . . Nitrogen atoms . . . . . Sulfur atoms . . . . . Z (carboxyl acid or derivatives) substitution . . Pyran ring is hydrogenated . Benzo [b] pyrane with oxygen or sulfur in the 4-position . . Unsubstituted 2-position . . . Substitution other than in the 2-position
EE41 EE43 EE44 EE46 EE47 EE48 EE49 EE50
. . . . Unsubstituted hydrocarbon substitution . . . . Substituted hydrocarbon substitution . . . . Hetero atom substitution . . . . Z (carboxyl acid or derivatives) substitution . . Substitution in the 2-position . . . Unsubstituted hydrocarbon substitution . . . . Aromatic hydrocarbon substitution . . . . . The pyran ring is not hydrogenated
EE51 EE52 EE53 EE54 EE55 EE56 EE58 EE59
. . . Substituted hydrocarbon substitution . . . . Oxygen substitution . . . . . Hydroxyl groups . . . . . . The hydrocarbon is an aromatic group . . . . . Hydrocarbon oxy groups . . . . . . The hydrocarbon is an aromatic group . . . . Nitrogen atoms . . . . . The hydrocarbon is an aromatic group
EE61 EE63 EE65 EE67 EE68 EE69 EE70
. . . Hetero atom substitution . . . . Oxygen atoms . . . . Nitrogen atoms . . . Z (carboxyl acid or derivative) substitution . . . . Acids . . . . Esters . . . . Carboxamide, thiocarboxamide, or amione
EE71 EE73 EE74 EE76 EE78 EE80
. . . . Cyano . Benzo [b] pyrane wherein oxygen or sulfur is bonded to the 2 and 4 position . . Benzo [b] pyrane wherein one hydrogen atom is bonded to the 3-position . . . Hetero atom in the 3-position . . . Z (czrboxyl acid or dervivative) bonded to the 3-position . . Benzo [b] pyranes with no hydrogen bonded to the 3-position
EE81 EE82 EE84 EE85 EE87 EE89 EE90
. . . Unsubstituted hydrocarbon bonded to the 3-position . . . . Cyclic group in the hydrocarbon . . . Benzo [b] pyrane with substituted hydrocarbon in the 3-position . . . . Oxygen atoms . . . . Nitrogen atoms . . . Benzo [b] pyrane with hetero atoms bonded to the 3-position . . . . Oxygen atoms
EE91 EE93 EE94 EE95 EE96 EE99
. . . . Nitrogen atoms . . . Benzo [b] pyrane with Z (carboxyl acid or derivative) bonded to the 3-position . . . . Acids . . . . Esters . . . . Carboxamide, thiocarboxamide, or amidine . Others
C07D311/58-311/74 FF FF00
BENZO [B] PYRANE WITH OTHER THAN OXYGEN BONDED TO THE OR 4-POSITION 		FF01 FF03 FF05 FF07
. Substituent bonded to the 4-position . . The substituent is hydrocarbon or unsubstituted hydrocarbon . . Hetero atom or Z (carboxyl acid or derivative) substitution . . . Nitrogen atoms
FF11 FF12 FF13 FF14 FF15 FF16 FF18 FF19
. Substituent bonded to the 2-position . . Unsubstituted hydrocarbon substitution . . . Chain hydrocarbon only . . . . Methyl or chain hydrocarbon ion the 2-position, oxygen in the 6-position . . . . . Saturated chain hydrocarbon . . . . . . Oxygen bonded to the 6-position, dihydro bodies bonded to the 3- and 4-position . . . . . . Saturated hydrocarbon oxy and dihydro bodies bonded to the 6-position . . . . . . Unsaturated hydrocarbon oxy and dihydro bodies bonded to the 6-position
FF21 FF22 FF24 FF25 FF27 FF28 FF30
. . . . . . Saturated acid esters on the 6-position and dihydro bodies on the 3- and 4-position . . . . . . Unsaturated acid esters on the 6-position and dihydro bodies on the 3- and 4-position . . . . . Unsaturated chain hydrocarbons . . . . . . Oxygen bonded to the 6-position and dihydro bodies to the 3- and 4-position . . . . . . Dihydro bodies and saturated hydrocarbon oxy bonded to the 6-position . . . . . . Dihydro bodies and unsaturated hydrocarbon oxy bonded to the 6-position . . . . . . Saturated esters bonded to the 6-position and dihydro bodies to the 3- and 4-position
FF31 FF33 FF34 FF36 FF38 FF40
. . . . . . Unsaturated esters bonded to the 6-position and dihydro bodies to the 3- and 4-position . . . Alicyclic hydrocarbon substitution to the 2-position . . . . Oxygen bonded to the 6-position, and methyl and alicyclic hydrocarbons to the 2-position . . . . . Oxygen bonded to the 6-position and dihydro bodies to the 3- and 4- position . . . . . Hydrocarbon oxy bonded to the 6-position and dihydro bodies to the 3- and 4-position . . . . . Esters bonded to the 6-position and dihydro bodies to the 3- and 4- position
FF42 FF43 FF44 FF46 FF48 FF50
. . . The hydrocarbon bonded to the 2-position is an aromatic hydrocarbon . . . . Aromatic groups are bonded directly to the 2-position . . . . . Oxygen is bonded directly to the 3-position . . . . Aromatic hydrocarbons and methyl bonded to the 2-position and oxygen to the 6-position . . . . . Oxygen is bonded to the 6-position and dihydro bodies to the 3- and 4-position . . . . . Hydrocarbon oxy is bonded to the 6-position, and dihydro bodies to the 3- and 4-position
FF51 FF53 FF55 FF56 FF57 FF59 FF60
. . . . . Ester is bonded to the 6-position, and dihydro bodies to the 3- and 4-position . . Substitution by substituted hydrocarbons . . . Oxygen atoms . . . . Hydroxyl groups . . . . . Oxygen bonded to the 6-position, and methyl and hydroxyl group hydrocarbon to the 2-position . . . . Ether . . . . . Oxygen bonded to the 6-position, and methyl and ether hydrocarbon to the 2-position
FF62 FF63 FF65 FF66 FF68 FF69
. . . . Ester . . . . . Oxygen bonded to the 6-position, and methyl and ether hydrocarbon to the 2-position . . . Nitrogen atoms . . . . Oxygen bonded to the 6-position, and methyl and nitrogen substitution hydrocarbon to the 2-position . . . Z (carboxyl acid or derivative) substitution . . . . Oxygen bonded to the 6-position, and and methyl and Z-substitution hydrocarbon to the 2-position
FF71 FF73 FF75 FF76 FF78 FF80
. . Z (carboxyl acid or derivative) substitution . . . One methyl and one Z in the 2-position . . One methyl in the 2-position and oxygen in the 6-position . . . Esterification . . . Saponification . . . Extraction
FF81 FF83 FF85 FF90
. . . Distillation . . . Ion exchange . . . Absorption chromatography . Others
C07D311/76 GG GG00
BENZO [C] PYRANE 		GG01 GG02 GG03 GG05 GG07 GG08 GG10
. Benzo [c] pyrane . . Benzo [c] pyrane wherein the ring is substituted . . . Substitution by substituted hydrocarbon . . . Substitution by hetero atoms . . . . Oxygen atoms . . . . . Oxo groups . . . . Nitrogen atoms
GG11 GG20
. . . Z (carboxyl acid or derivative) substitution . Others
C07D311/78-311/94 HH HH00
SIX-MEMBERED HETERO RING SYSTEMS OF THREE OR MORE RINGS AND THAT CONTAIN ONE OXYGEN AS THE ONLY RING HETERO ATOM 		HH01 HH02 HH03 HH04 HH05 HH07 HH09 HH10
. Systems of three rings . . 1H-dibenzo [b,d] pyran . . . Substitution by unsubstituted hydrocarbons . . . . Substitution by saturated hydrocarbons . . . . Substitution by unsaturated hydrocarbons . . . Substitution by substituted hydrocarbons . . . Substitution by hetero atoms . . . . Oxygen atoms
HH12 HH13 HH14 HH16 HH17 HH19
. . . . Nitrogen atoms . . . Z (carboxyl acid or derivative) substitution . . . . Esters . . 9-substituted xanthene . . . Substituted or unsubstituted non-aromatic hydrocarbons . . . . Nitrogen atoms
HH21 HH23 HH24 HH25 HH26 HH29
. . . Substituted or unsubstituted aromatic hydrocarbons . . . Substitution by hetero atoms . . . . Oxygen atoms . . . . . Oxo groups . . . . . . Carbonyl oxo groups . . . . Sulfur atoms
HH31 HH32 HH33 HH35 HH37 HH38 HH40
. . 4H-naptho {2,3-b] pyran and hydrogenated forms, with substitution atr the 2- or 3-position . . . Oxo bonded to the 4-position . . . . Hydrocarbon at the 2- or 3-position . . . . Substituted hydrocarbon at the 2- or 3-position . . . . Hetero atoms bonded directly to the 2- or 3-position . . . . . Oxygen atoms . . . . . Nitrogen atoms
HH41 HH43 HH44 HH46 HH47 HH49
. . . . Z (carboxyl acid or derivative) bonded directly to the 2- or 3-position . . . 4-position not oxo substituted . . . . Hydrocarbon at the 2- or 3-position . . . . Substituted hydrocarbon at the 2- or 3-position . . . . . Oxygen atoms . . . . . Nitrogen atoms
HH51 HH53 HH55 HH57 HH59 HH60
. . . . . Z (carboxyl acid or derivative) bonded directly to the 2- or 3-position . . 5,7-methano-1-benzopyran . . Naptho [1,2] pyran . . Naptho [1,8-cd] pyran . Systems that consist of four rings . . Benzo [b] xanthene
HH61 HH63 HH66 HH69
. . Benzo[b]naphtho[2,3-d]pyrans . . 2- and 3-Oxachrysenes . Condensed ring systems of 5 or more rings . Condensed ring systems of 5 rings
HH71 HH73 HH80
. . Condensation with prostaglandin or analogs thereof . Condensed ring systems that contain non-hetero rings with seven or more members . Others
C07D313/00-313/20 JJ JJ00
HETERO RINGS OF SEVEN OR MORE MEMBERS WITH ONE OXYGEN AS THE RING ATOM 		JJ01 JJ02 JJ03 JJ05 JJ06 JJ08 JJ10
. The hetero ring is seven-membered . . The hetero ring is seven-membered and not condensed with other rings . . . Lactone . . . . Lactone-manufacturing methods . . . . . Use of diol compounds . . . . . Use of cyclohexane . . . . . Separation and refining
JJ12 JJ13 JJ15 JJ16 JJ17 JJ19
. . Condensed seven-membered rings . . . Condensed with a six-membered ring . . . Condensed with two six-membered rings . . . . 11-substituted dibenz [b,e] oxepin . . . . . 11-substituient is hydrocarbon . . . . . Substitution by substituted hydrocarbons
JJ21 JJ22 JJ24 JJ26 JJ28
. . . . . Substitution by hetero atoms . . . . . . Oxygen atoms . . . . . . Sulfur atoms . . . . . . Sulfur atoms . . . . . . Z (carboxyl acid or derivative) substitution
JJ31 JJ32 JJ34 JJ36 JJ37 JJ39
. . . . Substituted dibenz [b,f] oxepin . . . . . Substitution by unsubstituted hydrocarbon . . . . . Substitution by substituted hydrocarbon . . . . . Substitution by hetero atoms . . . . . . Oxygen atoms . . . . . . Sulfur atoms
JJ41 JJ43 JJ46 JJ47 JJ49 JJ50
. . . . . . Sulfur atoms . . . . . . Z (carboxyl acid or derivative) substitution . 8-membered hetero ring systems . . . 8-membered hetero ring systems that are not condensed with other rings . . . Oxygen bonded directly to the hetero ring . . . . Lactone
JJ51 JJ52 JJ54 JJ55 JJ58 JJ60
. . . Nitrogen bonded directly to the hetero ring . . . . Lactone . . . Z (carboxyl acid or derivative) bonded directly to the hetero ring . . . . Lactone . . Condensed 8-member rings . . . Oxygen bonded directly to the hetero ring
JJ61 JJ62 JJ64 JJ66 JJ68 JJ70
. . . . Lactone . . . . . The lactone carbon atom is adjacent to the benzene ring . . . . . . Substituted hydroxyl groups . . . Nitrogen atoms are bonded to the hetero ring . . . Z (carboxyl acid or derivative) is bonded to the hetero ring . Others
C07D311/00-311/02;311/96 KK KK00
OTHER COMPOUNDS HAVING HETERO RINGS WITH ONE OXYGEN AS THE ONLY RING HETERO ATOM 		KK01 KK03 KK10
. The hetero ring is spiro condensed . The hetero ring is condensed with a non-six-membered ring . Other
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