Gold-catalyzed carbon-heteroatom bond-forming reactions.

By Avelino Corma, A. Leyva–Pérez, M. Sabater. Chemical Reviews, 2011

1,107 citations recorded by the source corpus.

4.1.2. Intramolecular C-OH Formation 1661 4.1.3. Intermolecular C-OH Formation 1662 4.2. Formation of Ethers 1662 4.2.1. Cyclic Ethers 1662 4.2.2. Acyclic Ethers 1668 4.3. Formation of Acetals 1669 4.3.1. Cyclic Acetals 1670 4.3.2. Acyclic Acetals 1670 4.4. Formation of Aldehydes 1671 4.5. Formation of Ketones 1672 4.5.1. Intramolecular Formation of Ketones 1672 4.5.2. Intermolecular Formation of Ketones 1674 4.6. Formation of Carboxylic Acids 1676 4.7. Formation of Esters 1677 4.7.1. Cyclic Esters 1677 4.7.2. Acyclic Esters 1678 4.8. Formation of Amides 1680 4.9. Formation of Carbonates 1681 4.9.1. Cyclic Carbonates 1681 4.9.2. Acyclic Carbonates 1681 4.10. Formation of Carbamates 1681 4.11. Formation of Sulfonates 1681 4.12. Formation of Phosphonates 1681 4.13. Application of Gold Catalysts in Total Synthesis 1681 4.13.1. Dihydrofurans 1682 4.13.2. Dihydropyranes 1682 4.13.3. Seven-Membered Ether Rings 1682 4.13.4. Acetals 1683 4.13.5. Ketones 1683 4.13.6. Esters 1683 5. Formation of Carbon-Nitrogen Bonds 1684 5.1. Intermolecular C-N Bond Formation 1684 5.1.1. Formation of Amines 1684 5.1.2. Formation of Allylic Amines 1686 5.1.3. Formation of Propargyl Amines 1687 5.1.4. Formation of Enamines and Enamides 1688 5.1.5. Formation of Azides 1688 5.1.6. Formation of Imines 1689 5.2. Intramolecular C-N Bond Formation 1690 5.2.1. Fiveand Six-Membered Rings 1690 5.2.2. Seven-Membered Ring 1698 5.3. Application to Total Synthesis 1699 6. Formation of Carbon-Sulfur Bonds 1699 7. Formation of Carbon-Phosphorus Bonds 1700 7.1. Heterogeneous Catalysis for Formation of Carbon-Phosphorus Bonds 1700

Subfields: Inorganic Chemistry, Mechanical Engineering, Organic Chemistry

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