Linked from

The 19 pages that link to Click chemistry, each with the reason it gives.

• Organic chemistryBroader topic: Its efficient bond-forming reactions are used to assemble molecules and modify materials.

• AlkyneNarrower topic: The copper-catalyzed azide–alkyne reaction became a widely used click reaction.

• Ring strainRelated: Strained rings enable copper-free cycloadditions useful for selective molecular labeling.

• ChemoselectivityRelated: Its reactions often target handles absent from the surrounding molecular structure.

• SN2 reactionRelated: Some azide–alkyne cycloadditions offer a contrasting bond-forming strategy when SN2 conditions are unsuitable.

• CycloadditionNarrower topic: Cycloadditions, especially azide–alkyne reactions, became central click-chemistry tools.

• Bioorthogonal chemistryCompared with: Bioorthogonality narrows click chemistry's aims to reactions compatible with living systems.

• Robert H. GrubbsCompared with: Click chemistry offers an alternative toolkit for reliable molecular assembly, distinct from metathesis.

• Otto DielsRelated: Its development drew on the Diels–Alder reaction as a model for efficient bond-forming chemistry.

• Triple bondRelated: Azide–alkyne cycloaddition uses an alkyne triple bond to assemble molecules.

• Carolyn BertozziRelated: Bertozzi adapted click reactions to work in living systems.

• Combinatorial chemistryRelated: Reliable coupling reactions make modular library assembly practical.

• CyclopropeneNarrower topic: Cyclopropene–tetrazine reactions exemplify click-like ligation in chemical biology.

• Divergent synthesisRelated: Modular reactions can diversify a shared scaffold by attaching different molecular units.

• IsoxazoleRelated: Cycloaddition methods provide routes to isoxazole rings and related functionalized products.

• Karl Barry SharplessBroader topic: Sharpless introduced the term and helped define its guiding principles.

• Hydrazoic acidRelated: Azide–alkyne cycloaddition made azides valuable tools in chemical synthesis.

• Molecular engineeringRelated: Its reliable coupling reactions help assemble complex molecular designs.

• ThiophenolRelated: Thiophenol-derived thiols participate in thiol-based coupling reactions used in synthesis and materials.