Andre Rosowsky, Children's Cancer Research Foundation, Inc., Boston, Massachusetts.

• I. Oxepins and Reduced Oxepins 1A. Oxepins 1B. Dihydrooxepins 14C. Tetrahydrooxepins 26D. Hexahydrooxepins (oxepans) 34II. Oxepin Ring Systems Containing Two Rings 51A. Fused rings systems 51B. Spirans 102C. Bridged systems 103D. Tables 117E. References 132III. Oxepin Ring Systems Containing Three Rings 136A. Fused ring systems 136B. Bridged and spiran ring systems 227C. Tables 233D. References 253IV. Oxepin Ring Systems Containing More Than Three Rings 259A. Tetracyclic systems 259B. Pentacyclic systems 290C. Hexacyclic systems 301D. Heptacyclic systems 306E. Systems containing more than seven rings 312F. References 316V. Dioxepins and Trioxepins 319A. Monocyclic dioxepins 319B. Condensed dioxepinsC. TrioxepinsD. Tables 384E. References 408VI. Terpene Oxepins 412A. Introduction 412B. Ɛ -lactones and Ɛ-lactols 412C. Anhydrides 437D. Miscellaneous oxepins 439E. Tables 447F. References 462VII. Steroidal Oxepins 467A. Introduction 467B. Nomenclature 467C. Ring A oxepins 469D. Ring B oxepins 497E. Ring C oxepins 507F. Tables 515G. References 519VIII. Oxepins Derived from Sugars 521A. Introduction 521B. Oxepins derived from hexoses 522C. Oxepins derived from heptoses 543D. Oxepins derived from sugars and aldehydes 553E. Oxepins related to sugars 555F. References 556IX. Alkaloids Containing a Seven-Membered Oxygen Ring 560A. Introduction 560B. The strychnine group 561D. Insularine and insulanoline 570E. References 570X. Monocyclic Seven-Membered Rings Containing Sulfur 573A. Introduction 573B. Rings containing one sulfur atom (thiepins and derivatives) 574C. Rings containing two sulfur atoms (dithiepins and derivatives) 598D. Rings containing three sulfur atoms (trithiepins and derivatives) 623E. Rings containing four or more sulfur atoms (tetrathiepins,Pentathiepins, hexathiepins, s7, and derivatives) 634F. Tables 646G. References 661XI. Condensed Thiepins 667A. Introduction 667B. 2H-cyclopenta[b]Thiepins 668C. 1-benzo thiepins 668D. 2-benzothiepins 709E. 3-benzothiepinsF. NaphthothiepinsG. Dibenzo[b,d]thiepins 727H. Dibenzo[b,e]thiepins 729I. Dibenzo[b,f]thiepins 739K. Benzonaphthothiepins 769L. Tribenzo[b,d,f]thiepins 772M. Thienothiepins and Benzothienothiepins 775N. Furothiepins 7820. CycloalkadithiepinsP. Benzodithiepins 787Q. Dibenzodithiepins and Dinaphthodithiepins 790R. Benzotrithiepins 791S. Dinaphthotrithiepins 793T. Benzopentathiepins 793U. Physiological activity 794V. Bridged systemsW. Tables 811X. References 887Indexes

Andre Rosowsky, Children's Cancer Research Foundation, Inc., Boston, Massachusetts.

• I. Oxepins and Reduced Oxepins 1A. Oxepins 1B. Dihydrooxepins 14C. Tetrahydrooxepins 26D. Hexahydrooxepins (oxepans) 34II. Oxepin Ring Systems Containing Two Rings 51A. Fused rings systems 51B. Spirans 102C. Bridged systems 103D. Tables 117E. References 132III. Oxepin Ring Systems Containing Three Rings 136A. Fused ring systems 136B. Bridged and spiran ring systems 227C. Tables 233D. References 253IV. Oxepin Ring Systems Containing More Than Three Rings 259A. Tetracyclic systems 259B. Pentacyclic systems 290C. Hexacyclic systems 301D. Heptacyclic systems 306E. Systems containing more than seven rings 312F. References 316V. Dioxepins and Trioxepins 319A. Monocyclic dioxepins 319B. Condensed dioxepinsC. TrioxepinsD. Tables 384E. References 408VI. Terpene Oxepins 412A. Introduction 412B. Ɛ -lactones and Ɛ-lactols 412C. Anhydrides 437D. Miscellaneous oxepins 439E. Tables 447F. References 462VII. Steroidal Oxepins 467A. Introduction 467B. Nomenclature 467C. Ring A oxepins 469D. Ring B oxepins 497E. Ring C oxepins 507F. Tables 515G. References 519VIII. Oxepins Derived from Sugars 521A. Introduction 521B. Oxepins derived from hexoses 522C. Oxepins derived from heptoses 543D. Oxepins derived from sugars and aldehydes 553E. Oxepins related to sugars 555F. References 556IX. Alkaloids Containing a Seven-Membered Oxygen Ring 560A. Introduction 560B. The strychnine group 561D. Insularine and insulanoline 570E. References 570X. Monocyclic Seven-Membered Rings Containing Sulfur 573A. Introduction 573B. Rings containing one sulfur atom (thiepins and derivatives) 574C. Rings containing two sulfur atoms (dithiepins and derivatives) 598D. Rings containing three sulfur atoms (trithiepins and derivatives) 623E. Rings containing four or more sulfur atoms (tetrathiepins,Pentathiepins, hexathiepins, s7, and derivatives) 634F. Tables 646G. References 661XI. Condensed Thiepins 667A. Introduction 667B. 2H-cyclopenta[b]Thiepins 668C. 1-benzo thiepins 668D. 2-benzothiepins 709E. 3-benzothiepinsF. NaphthothiepinsG. Dibenzo[b,d]thiepins 727H. Dibenzo[b,e]thiepins 729I. Dibenzo[b,f]thiepins 739K. Benzonaphthothiepins 769L. Tribenzo[b,d,f]thiepins 772M. Thienothiepins and Benzothienothiepins 775N. Furothiepins 7820. CycloalkadithiepinsP. Benzodithiepins 787Q. Dibenzodithiepins and Dinaphthodithiepins 790R. Benzotrithiepins 791S. Dinaphthotrithiepins 793T. Benzopentathiepins 793U. Physiological activity 794V. Bridged systemsW. Tables 811X. References 887Indexes

Andre Rosowsky, Children's Cancer Research Foundation, Inc., Boston, Massachusetts.

• I. Oxepins and Reduced Oxepins 1A. Oxepins 1B. Dihydrooxepins 14C. Tetrahydrooxepins 26D. Hexahydrooxepins (oxepans) 34II. Oxepin Ring Systems Containing Two Rings 51A. Fused rings systems 51B. Spirans 102C. Bridged systems 103D. Tables 117E. References 132III. Oxepin Ring Systems Containing Three Rings 136A. Fused ring systems 136B. Bridged and spiran ring systems 227C. Tables 233D. References 253IV. Oxepin Ring Systems Containing More Than Three Rings 259A. Tetracyclic systems 259B. Pentacyclic systems 290C. Hexacyclic systems 301D. Heptacyclic systems 306E. Systems containing more than seven rings 312F. References 316V. Dioxepins and Trioxepins 319A. Monocyclic dioxepins 319B. Condensed dioxepinsC. TrioxepinsD. Tables 384E. References 408VI. Terpene Oxepins 412A. Introduction 412B. Ɛ -lactones and Ɛ-lactols 412C. Anhydrides 437D. Miscellaneous oxepins 439E. Tables 447F. References 462VII. Steroidal Oxepins 467A. Introduction 467B. Nomenclature 467C. Ring A oxepins 469D. Ring B oxepins 497E. Ring C oxepins 507F. Tables 515G. References 519VIII. Oxepins Derived from Sugars 521A. Introduction 521B. Oxepins derived from hexoses 522C. Oxepins derived from heptoses 543D. Oxepins derived from sugars and aldehydes 553E. Oxepins related to sugars 555F. References 556IX. Alkaloids Containing a Seven-Membered Oxygen Ring 560A. Introduction 560B. The strychnine group 561D. Insularine and insulanoline 570E. References 570X. Monocyclic Seven-Membered Rings Containing Sulfur 573A. Introduction 573B. Rings containing one sulfur atom (thiepins and derivatives) 574C. Rings containing two sulfur atoms (dithiepins and derivatives) 598D. Rings containing three sulfur atoms (trithiepins and derivatives) 623E. Rings containing four or more sulfur atoms (tetrathiepins,Pentathiepins, hexathiepins, s7, and derivatives) 634F. Tables 646G. References 661XI. Condensed Thiepins 667A. Introduction 667B. 2H-cyclopenta[b]Thiepins 668C. 1-benzo thiepins 668D. 2-benzothiepins 709E. 3-benzothiepinsF. NaphthothiepinsG. Dibenzo[b,d]thiepins 727H. Dibenzo[b,e]thiepins 729I. Dibenzo[b,f]thiepins 739K. Benzonaphthothiepins 769L. Tribenzo[b,d,f]thiepins 772M. Thienothiepins and Benzothienothiepins 775N. Furothiepins 7820. CycloalkadithiepinsP. Benzodithiepins 787Q. Dibenzodithiepins and Dinaphthodithiepins 790R. Benzotrithiepins 791S. Dinaphthotrithiepins 793T. Benzopentathiepins 793U. Physiological activity 794V. Bridged systemsW. Tables 811X. References 887Indexes