Comprehensive Organic Functional Group Transformations II (COFGT-II) will provide the first point of entry to the literature for all scientists interested in chemical transformations. Presenting the vast subject of organic synthesis in terms of the introduction and interconversion of all known functional groups, COFGT-II provides a unique information source documenting all methods of efficiently performing a particular transformation. Organised by the functional group formed, COFGT-II consists of 144 specialist reviews, written by leading scientists who evaluate and summarise the methods available for each functional group transformation.
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- By systematically treating each functional group in turn the work also identifies what is not known, thus pointing the way to new research areas
- Follows the systematic layout of the successful 1995 COFGT reference work, based on the arrangement and bonding of hetero-atoms around a central carbon atom
- The work will save researchers valuable time in their research as each chapter is written by experts who have critically read and reviewed the literature and presented the best methods of forming every known functional group
For both specialist and non-specialist chemists in academic, industrial and government laboratories together with teachers at all levels
Part II Tricoordinated Carbon with No Attached Heteroatoms.
Part III Dicoordinate and Monocoordinate Carbon with No Attached Heteroatoms. Volume 2 Carbon with One Heteroatom Attached by a Single Bond. Part I Functions Linked by a Single Bond to an sp3 Carbon Atom.
Part II Functions Linked by a Single Bond to an sp2 Carbon Atom.
Part III Functions Linked by a Single Bond to an sp Carbon Atom. Volume 3 Carbon with One Heteroatom Attached by a Multiple Bond. Part I Tricoordinated Carbon Functions, R1R2C=Y.
Part II Dicoordinated Carbon Functions, R1R2C=C=Y.
Part III Dicoordinated Carbon Functions, R-C≡Z.
Part IV Monocoordinated Carbon Functions. Volume 4 Carbon with Two Heteroatoms, Each Attached by a Single Bond.
Part I Tetracoordinated Carbon Functions Bearing Two Heteroatoms, R1R2CX1X2.
Part II Tricoordinated Carbon Functions Bearing Two Heteroatoms, R1R2C=CX1X2.
Part III Tri-and Dicoordinated Ions, Radicals and Carbenes Bearing Two Heteroatoms.
Volume 5 Carbon with Two Attached Heteroatoms with at Least One Carbon-to-He
- Elsevier Science
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"This new edition continues how the subject of organic synthesis was treated in the original in terms of functional group transformations, and it brings in all the new developments from the literature since the last version was published. It is truly a comprehensive, encyclopaedic overview of all known (and as yet unknown) functional groups. The material is easily accessible and provides essential references to methodologies for the interconversion of functional groups in organic synthesis. The references provide entry into the key literature and background necessary for anyone designing a new synthetic procedure. Organic and inorganic chemists who work in academia, industry, and government will find this series of books invaluable in their work. Teachers and students at all levels will appreciate all it offers and find that it will enhance their work. It is voluminous (6,400 pages, seven volumes, 144 chapters, written by 190 experts); it is expensive, and it may be affordable only by libraries." Summing Up: Recommended. Graduate students; faculty and researchers; professionals. --J. Landesberg, Adelphi University, CHOICE - Current Reviews for Academic Libraries, 2005
"The second edition of this very useful reference consists of 144 reviews written by leading scientists who evaluate and summarize methods for organic functional group transformations.
In the words of the editors, this work "presents the vast subject of organic synthesis in terms of the introduction and interconversion of functional groups." The individual volumes are titled as follows:
(1) Carbon with No Attached Heteroatoms;
(2) Carbon with One Heteroatom Attached by a Single Bond;
(3) Carbon with One Heteroatom Attached by a Multiple Bond;
(4) Carbon with Two Heteroatoms, Each Attached by a Single Bond;
(5) Carbon with Two Attached Heteroatoms with at Least One Carbon-to-Heteroatom Multiple Link;