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THE PYRIMIDINES; Contents; Chapter I. Introduction to the Pyrimidines (H1,E1); 4. General Summary of Pyrimidine Chemistry (H 9, E 2); A. Electrophilic Substitution (H 10, E 2); (1) Nitration and Nitrosation (H 10, E 2); (2) Diazo Coupling (H 11); (3) Halogenation (H 11, E 2); (4) Sulfonation (H 11, E 2); ( 5 ) Attack by Chloroform (H 11); (6) Other Electrophilic Attacks (H 11, E 3); C. Nucleophilic Metatheses (H 12, E 3); (1) Replacement of Halogens (H 13, E 3); (a) By Amino or Substituted-Amino Groups (H 13, E 4); (b) By Alkoxy Groups (H 13, E 4); (c) By Hydroxy Groups (H 14, E 5)
(d) By Alkylthio or Arylthio Groups (H 14, E 5 )(e) By Mercapto Groups (H 14, E 5 ); (f') By Sulfo and Related Groups (H 15, E 6); (g) By Other Groups (E 6); (2) Replacement of Alkoxy, Alkylthio, Alkylsulfinyl, Alkyl-sulfonyl, and Sulfo Groups (H 15, E 6); D. Other Metatheses (H 16, E 7); (1) Hydroxy- to Chloropyrimidines (H 16, E 7); (2) Hydroxy- to Mercaptopyrimidines (H 16, E 8); (3) Mercapto- to Hydroxypyrimidines (H 17, E 8); (4) Mercapto- to Aminopyrimidines (H 17, E 8); (5) Amino- to Hydroxypyrimidines (H 17, E 9); (6) Amino- to Halogenopyrimidines (H 18, E 9)
(7) Replacement of Trimethylammonio Groups (H 18, E 9)(8) Interchange of Halogeno Substituents (E 10); (9) Hydroxy- to Aminopyrimidines (New); E. Addition Reactions (H 18, E 10); (1) Quaternization; Dimroth Rearrangement (H 18, E 10); (2) Formation of N-Oxides (H 19, E 11); (4) Photohydrates and Photodimers (H 20, E 11); ( 5 ) Addition of Metal Alkyls (H 20, E 12); (6) Addition of Amines (E 13); F. Oxidative Reactions (H 20, E 13); G. Reductive Reactions (H 21, E 13); (1) Nuclear Reduction (H 21, E 13); (2) Reductive Removal of Groups (H 22, E 14)
(3) Reductive Modification of Groups (H 23, E 14)H . Modification of Substituents (H 24, E 15); (1) Amino Groups (H 24. E 15); (2) Hydroxy and Alkoxy Groups (H 25, E 16); (3) Mercapto Groups (H 25); (4) Alkyl and Related Groups (H 26, E 17); (5) Carboxy and Related Groups (E 17); Chapter II . The Principal Synthetic Method (H 31, E 20); 1 . General Scope (H 31, E 20); 2 . Use of B-Dialdehydes (H 32, E 20); 3 . Use of b.Aldehydo. Ketones (H 34, E 22); 4 . Use of B-Diketones (H 36, E 23); 5 . Use of B-Aldehydo Esters (H 38, E 25); 6 . Use of B-Keto Esters (H 48, E 3 1)
7 . Use of B-Diesters (Malonic Esters) (H 51, E 38)8 . Use of B-Aldehydo Nitriles (H 59, E 44); 9 . Use of B-Keto Nitriles (H 65, E 47); 10 . Use of B-Ester Nitriles (H 67, E 48); 11 . Use of B-Dinitriles; Malononitriles (H 72, E 49); Chapter III. Other Methods of Primary Synthesis (H 82. E 53); 1. General Remarks (H 82, E 53); 2. Syntheses Involving Preformed Aminomethylene Groups (H 82, E53); A . Aminomethylene Derivatives with Isocyanates (H 82, E 53); B . Aminomethylene Compounds with Imino Ethers or Imidoyl Chlorides (H 84, E 56); C . Aminomethylene Derivatives with Thioamides (H 85)
D . Use of Acylated Aminomethylene Derivatives (H 85)
Drawing from over 2 500 papers, this volume eliminates the need for time-consuming literature surveys for pyrimidines from 1970 through 1983. Chapters summarize the major advances in pyrimidine chemistry, detailing advances in methods of primary synthesis of pyrimidines.
English
Description based on online resource; title from PDF title page (ebrary, viewed July 22, 2016).