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| 4C065 | OTHER NITROGEN-CONDENSED HETEROCYCLIC COMPOUNDS II | |
| C07D471/00 -471/22 | ||
| C07D471/00-471/22 | AA | AA00 FORM OF CONDENSATION |
AA01 | AA02 | AA03 | AA04 | AA05 | AA07 | AA09 | |||
| . Orthocondensation | . . Condensation position of first ring with another ring | . . . 3-position (side a) (figure) | . . . 4-position (side b) (figure) | . . . 5-position (side c) (figure) | . Pericondensation | . Bridging | ||||||
| AA11 | AA12 | AA13 | AA14 | AA15 | AA16 | AA17 | AA18 | AA19 | AA20 | |||
| . Spirocondensation | . . Spiro bond position of first ring | . . . 2-position (figure) | . . . 3-position (figure) | . . . 4-position (figure) | . . . 5-position (figure) | . . Non-spiro-bonded first ring | . Condensation of carbon rings | . . Heterocyclic condensation by means of a carbon ring | . Others | |||
| BB | BB00 SECOND HETEROCYCLIC RING |
BB01 | BB03 | BB04 | BB05 | BB06 | BB08 | BB09 | BB10 | |||
| . Four-membered ring | . Five-membered ring | . . Five-membered ring that contains one nitrogen | . . Five-membered ring that contains two nitrogen | . . . Imidazole skeleton (figure) | . Six-membered ring | . . Six-membered ring that contains one nitrogen | . . Six-membered ring that contains two nitrogen | |||||
| BB11 | BB12 | BB14 | BB15 | BB20 | ||||||||
| . . . Nitrogen in the 1- and 3-position (figure) | . . . Nitrogen in the 1- and 4-position (figure) | . Seven-membered ring | . . Seven-membered ring that contains one nitrogen | . Others | ||||||||
| CC | CC00 THIRD RING |
CC01 | CC02 | CC03 | CC04 | CC05 | CC06 | CC07 | CC08 | CC09 | CC10 | |
| . None | . Five-membered heterocyclic ring | . . Five-membered heterocyclic ring that contains one nitrogen | . Six-membered heterocyclic ring | . . Six-membered heterocyclic ring that contains one nitrogen | . . Six-membered heterocyclic ring that contains two nitrogen | . Seven-membered heterocyclic ring | . . Seven-membered heterocyclic ring that contains two nitrogen | . Carbon ring | . Others | |||
| DD | DD00 NUMBER OF NITROGEN ATOMS IN CONDENSED RING SYSTEMS |
DD01 | DD02 | DD03 | DD04 | DD05 | DD10 | |||||
| . One | . Two | . Three | . Four | . More than five | . Others | |||||||
| EE | EE00 NUMBER OF HETEROCYCLIC RINGS IN CONDENSED RING SYSTEMS |
EE02 | EE03 | EE04 | EE05 | EE10 | ||||||
| . Two | . Three | . Four | . More than five | . Others | ||||||||
| HH | HH00 SUBSTITUENTS THAT ARE BONDED TO THE FIRST RING BY CARBON |
HH01 | HH02 | HH03 | HH04 | HH05 | HH06 | HH07 | HH08 | HH09 | HH10 | |
| . None | . Substituents bonded to the ring carbon | . . Each substituent group contains X | . . . X is oxygen | . . . X is nitrogen | . . . . Nitrogen bonds that are only of the type N-C or N-H | . . . X is sulfur | . . . Carboxylic group or functional derivative bonded to the ring carbon (figure) | . Substituents bonded to the ring nitrogen | . Others | |||
| JJ | JJ00 SUBSTITUENTS THAT ARE BONDED TO THE FIRST RING BY X |
JJ01 | JJ02 | JJ03 | JJ04 | JJ05 | JJ06 | JJ07 | JJ08 | JJ09 | JJ10 | |
| . None (figure) | . Hetero atom is halogen (figure) | . X is O (figure) | . . The first ring carbon is carbonyl carbon (figure) | . . Hydroxyl group (figure) | . X is nitrogen (figure) | . . N bonds that are only of the type N-C or N-H (figure) | . . . Amine nitrogen is contained in heterocyclic rings (figure) | . X is S (figure) | . Others | |||
| KK | KK00 SUBSTITUENTS THAT ARE BONDED TO THE REMAINING RINGS OF THE CONDENSED RING SYSTEM BY CARBON |
KK01 | KK02 | KK03 | KK04 | KK05 | KK06 | KK07 | KK08 | KK09 | KK10 | |
| . None | . Substituents are bonded to the ring carbon | . . Substituent groups that contain X | . . . X is O | . . . X is nitrogen | . . . . N bonds that are only of the type N-C or N-H | . . . X is S | . . . Carboxylic group or functional derivative bonded to the ring carbon (figure) | . Substituents are bonded to the ring nitrogen | . Others | |||
| LL | LL00 SUBSTITUENTS THAT ARE BONDED TO THE REMAINING RINGS OF THE CONDENSED RING SYSTEM BY X |
LL01 | LL02 | LL03 | LL04 | LL05 | LL06 | LL07 | LL08 | LL09 | LL10 | |
| . None (figure) | . Hetero atom is halogen (figure) | . Hetero atom is O (figure) | . . Substituents that are bonded to the remaining rings of the condensed ring system by carbonyl carbon (figure) | . . Hydroxyl group (figure) | . X is nitrogen (figure) | . . N bonds that are only of the type N-C or N-H (figure) | . . . Heterocyclic rings (figure) | . X is S (figure) | . Others | |||
| PP | PP00 RING OTHER THAN CONDENSED RING SYSTEMS |
PP01 | PP02 | PP03 | PP04 | PP05 | PP06 | PP07 | PP08 | PP09 | PP10 | |
| . None | . Carbon ring | . . Aromatic carbon ring | . . Saturated carbon ring | . Heterocyclic rings | . . Single heterocyclic rings | . . . Heterocyclic rings wherein only oxygen is substituent | . . . Heterocyclic rings wherein only nitrogen is substituent | . . . . Five-membered heterocyclic ring | . . . . . Pyrrole skeleton (figure) | |||
| PP11 | PP12 | PP13 | PP14 | PP15 | PP16 | PP17 | PP18 | PP19 | PP20 | |||
| . . . . Six-membered heterocyclic ring | . . . . . Six-membered heterocyclic ring that contains one nitrogen | . . . . . . Piperidine ring (figure) | . . . . . Six-membered heterocyclic ring that contains two nitrogen | . . . . . . Piperazine ring (figure) | . . . Heterocyclic rings wherein only NO is substituent | . . . Heterocyclic ring wherein only NS is substituent | . . Condensed ring systems with one heterocyclic ring and one carbon ring | . . . Quinoline or isoquinoline skeleton (figure) | . Others | |||
| QQ00 SYNTHESIS METHODS |
QQ01 | QQ02 | QQ03 | QQ04 | QQ05 | QQ07 | QQ08 | QQ09 | QQ10 | |||
| . Formation of the first ring | . Formation of the remaining rings | . Transformation of condensed ring systems | . Introduction or removal of directly bonded substituent groups to the condensed ring | . Substituent transformation | . Separation, optical separation, collection, or refining | . Methods for manufacture of mixed substances | . . Manufacturing method of special salts or hydrates | . Others |