Designing organic syntheses a programmed introduction to the synthon approach
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Designing organic syntheses a programmed introduction to the synthon approach
https://khothu vien .comDesigning Organic SynthesesA Programmed Introduction to the Synthon ApproachSTI ART WARRENÍ 'niversity Chemical Laboratory Cam Designing organic syntheses a programmed introduction to the synthon approach mbridgeJOHN WILEY & SONS Chichester ■ New York Brisbane ■ Torontowww.pdfgrip.comCONTENTSWhat Do You Need to Know before you Start?.......................1How to Use the Programme.........................................2Why Bother with Disconnections?...................................2Glossary..... Designing organic syntheses a programmed introduction to the synthon approach ....................................................4A.INTRODUCTION TO DISCONNECTIONS4 frames 1-9.B.ONE-GROUP DISCONNECTIONS6 frames 10-83. 1.DisconneDesigning organic syntheses a programmed introduction to the synthon approach
ctions of Simple Alcohols.frames 10-22. 2.Compounds Derived from Alcohols,frames 23-27. 3.Review Problems 1-3.frames 28-35. 4 Disconnections of Simplehttps://khothu vien .comDesigning Organic SynthesesA Programmed Introduction to the Synthon ApproachSTI ART WARRENÍ 'niversity Chemical Laboratory Cam Designing organic syntheses a programmed introduction to the synthon approach 72. 8 Summary and Revision.frames 73-77. 9. Review Problems 4-6.frames 78-83.c.TWO-GROUP DISCONNECTIONS,27 frames 84-130. 1.1.3-Dioxygenated Skeletons.frames 84-111. (a)P-Hydroxy Carbonyl Compounds,frames 84-87. (b)a.p-Unsaturated Carbonyl Compounds, frames 88-93. (c)1.3-Dicarbonyl Compounds.frames9 Designing organic syntheses a programmed introduction to the synthon approach 4-107. (d)Review Problems 7-8.frames108- 111. 2.1.5-Dicarbonyl Compounds.frames112-124. (a) Use of the Mannich Reaction.frames 122-124. 3.Review ProblDesigning organic syntheses a programmed introduction to the synthon approach
ems 9-11,frames 125-130.D.ILLOGICAL’ TWO GROUP DISCONNECTIONS42 frames 131-209 1.The 1.2-Dioxygenation Pattern.frames 131-170. (a)a-Hydroxy Carbonyl Chttps://khothu vien .comDesigning Organic SynthesesA Programmed Introduction to the Synthon ApproachSTI ART WARRENÍ 'niversity Chemical Laboratory Cam Designing organic syntheses a programmed introduction to the synthon approach xygenation Pattern,frames171-193. (a)1.4-Dicarbonyl Compounds.frames171-178. (b)y-Hydroxy Carbonyl Compounds.frames179-186. (c)E.GENERAL REVIEW PROBLEMS66 Review Problems 19-23.frames 210-219.F.PERICYCLIC REACTIONS69 frames 220-233. Review Problem 24.frames 232-233.G.HETEROATOMS AND HETEROCYCLIC COM Designing organic syntheses a programmed introduction to the synthon approach POUNDS74 frames 234-272.www.pdfgrip.com1.Heteroatoms: Ethers and Amines.2.Heterocyclic Compounds.3.Amino Acids.4.Review Problems 25-27.SPECIAL METHODSDesigning organic syntheses a programmed introduction to the synthon approach
FOR SMALL RINGS:frames 234-247.frames 248-264.frames 265-266.frames 267-272.HI.J.KL.M.N.3- AND 4-MEMBERED RINGS..88https://khothu vien .comDesigning Organic SynthesesA Programmed Introduction to the Synthon ApproachSTI ART WARRENÍ 'niversity Chemical Laboratory Camhttps://khothu vien .comDesigning Organic SynthesesA Programmed Introduction to the Synthon ApproachSTI ART WARRENÍ 'niversity Chemical Laboratory CamGọi ngay
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