LEADER 00000nam  2200000 i 4500 
008    180615s1996    xxk     rb    000 0 eng d 
020    0080420729 (o. c.) 
020    0080427316 
040    ES-ZaU 
080    547.7 
245 00 Comprehensive heterocyclic chemistry II :|ba review of the
       literature 1982-1995 : the structure, reactions, synyhesis
       and uses of heterocyclic compounds.|nVol. 8,|pFused five- 
       and six-membered rings with ring junction heteroatoms /
       |ceditors in chief Alan R. Katritzky, Charles W. Rees, 
       Eric F. V. Scriven ; volume editor Gurnos Jones 
246 00 Fused five- and six-membered rings with ring junction 
       heteroatoms 
250    1st ed. 
260    Oxford [etc.] :|bPergamon Press,|c1996 
300    XXIII, 1326 p. ;|c28 cm 
504    p. 1169-1326 
505    Bicyclic 5-5 systems with one ring junction nitrogen atom:
       no extra heteroatom / W. Flitsch -- Bicyclic 5-5 systems 
       with one ring junction nitrogen atom: one extra heteroatom
       1:0 / B. Abarca and R. Ballesteros -- Bicyclic 5-5 systems
       with one ring junction nitrogen atom: two extra 
       heteroatoms 2:0 / D. J. Calderwood and C. G. P. Jones -- 
       Bicyclic 5-5 systems with one ring junction nitrogen atom:
       two extra heteroatoms 1:1 /D. J. Calderwood and C. G. P. 
       Jones -- Bicyclic 5-5 systems with one ring junction 
       nitrogen atom: three extra heteroatoms 2:1 / J. G. Schantl
       -- Bicyclic 5-5 systems with one ring junction nitrogen 
       atom: three extra heteroatoms 3:0 / S. Saba -- Bicyclic 5-
       5 systems with one ring junction nitrogen atom: four extra
       heteroatoms 2:2 / J. G. Schantl -- Bicyclic 5-5 systems 
       with one ring junction nitrogen atom: four extra 
       heteroatoms 3:1 / D. Moderhack -- Bicyclic 5-6 systems 
       with one ring junction nitrogen atom: no extra heteroatom 
       / W. Flitsch -- Bicyclic 5-6 systems with one ring 
       junction nitrogen atom: one extra heteroatom 1:0 / A. S. 
       Howard -- Bicyclic 5-6 systems with one ring junction 
       nitrogen atom: one extra heteroatom 0:1 / G. Jones -- 
       Bicyclic 5-6 systems with one ring junction nitrogen atom:
       two extra heteroatoms 1:1 / D. R. Sliskovic -- Bicyclic 5-
       6 systems with one ring junction nitrogen atom: two extra 
       heteroatoms 2:0 / D. R. Sliskovic -- Bicyclic 5-6 systems 
       with one ring junction nitrogen atom: two extra 
       heteroatoms 0:2 / D. R. Sliskovic -- Bicyclic 5-6 systems 
       with one ring junction nitrogen atom: three extra 
       heteroatoms 3:0 / G. Hajós -- Bicyclic 5-6 systems with 
       one ring junction nitrogen atom: three extra heteroatoms 2
       :1 / G. Hajós -- Bicyclic 5-6 systems with one ring 
       junction nitrogen atom: three extra heteroatoms 1:2 / G. 
       Hajós -- Bicyclic 5-6 systems with one ring junction 
       nitrogen atom: four extra heteroatoms 3:1 / G. Hajós -- 
       Bicyclic 5-6 systems with one ring junction nitrogen atom:
       four extra heteroatoms 2:2 / G. Hajós -- Bicyclic 5-6 
       systems with one ring junction nitrogen atom: four extra 
       heteroatoms 1:3 / G. Hajós -- Bicyclic 5-6 systems with 
       one ring junction nitrogen atom: four extra heteroatoms 3:
       2 / G. Hajós -- Bicyclic 6-6 systems with one ring 
       junction nitrogen atom: no extra heteroatom / C. Avendaño 
       and J. Menéndez -- Bicyclic 6-6 systems with one ring 
       junction nitrogen atom: one extra heteroatom 1:0 / I. 
       Hermecz, L. Vasvári-Debreczy and P. Mátyus -- Bicyclic 6-6
       systems with one ring junction nitrogen atom: two extra 
       heteroatoms 2:0 / P. Mátyus, I. Hermecz and L. Vasvári-
       Debreczy -- Bicyclic 6-6 systems with one ring junction 
       nitrogen atom: two extra heteroatoms 1:1 / L. Vasvári-
       Debreczy, P. Mátyus, and I. Hermecz -- Bicyclic 6-6 
       systems with one ring junction nitrogen atom: three extra 
       heteroatoms 3:0 / S. N. Mazumdar and M. P. Mahajan -- 
       Bicyclic 6-6 systems with one ring junction nitrogen atom:
       three extra heteroatoms 2:1 / S. N. Mazumdar and M. P. 
       Mahajan -- Bicyclic 6-6 systems with one ring junction 
       nitrogen atom: four extra heteroatoms 3:1 / S. N. Mazumdar
       and M. P. Mahajan -- Bicyclic 6-6 systems with one ring 
       junction nitrogen atom: four extra heteroatoms 2:2 / S. N.
       Mazumdar and M. P. Mahajan -- Bicyclic 6-6 systems with 
       one ring junction nitrogen atom: five extra heteroatoms 3:
       2 / S. N. Mazumdar and M. P. Mahajan -- Bicyclic systems 
       with two ring junction nitrogen atoms / S. Radl -- 
       Bicyclic systems with ring junction sulfur, selenium, or 
       tellurium atoms / B. Terem -- Bicyclic systems with ring 
       junction phosphorus, arsenic, antimony or bismuth atoms / 
       J. C. Tebby -- Bicyclic systems with ring junction boron 
       atoms / Y. N. Bubnov, M. E. Gurskii and I. D. Gridnev -- 
       Three heterocyclic rings fused (5:5:5) / K. C. Majumdar 
       and L. N. Dutta -- Three heterocyclic rings fused (5:6:5) 
       / F. B. González -- Three heterocyclic rings fused (5:6:6)
       / M. X. Wang and Y. Cheng -- Three heterocyclic rings 
       fused (6:5:6) / L. Strekowski, and K. Van Aken -- Three 
       heterocyclic rings fused (6:6:6) / L. Strekowski, S.-Y. 
       Lin, K. Van Aken and S. E. Patterson -- Systems with a 
       spirocyclic heteroatom / G. Jones -- Compounds containing 
       a spiro phosphorus atom / J. C. Tebby -- References 
650 04 Compuestos heterocíclicos,  
700 1  Katritzky, Alan Roy,|eed. lit. 
700 1  Rees, Charles Wayne,|eed. lit. 
700 1  Scriven, Eric F.V.,|eed. lit. 
700 1  Jones, Gurnos,|eed. lit. 
927 0  310|bjc|d180615 
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