Linked from

The 14 pages that link to Retrosynthetic analysis, each with the reason it gives.

• Organic synthesisRelated: It turns a target structure into a sequence of feasible starting materials and reactions.

• Chemical synthesisRelated: It breaks a target into precursor choices that can guide a forward synthesis.

• Total synthesisRelated: It turns a target structure into a sequence of candidate starting materials.

• CycloadditionRelated: Disconnecting a cycloaddition product reveals the unsaturated partners needed to construct its ring.

• Robert Burns WoodwardRelated: Woodward’s syntheses relied on disciplined backward planning to make complex targets manageable.

• Wittig reactionRelated: Disconnecting an alkene into a carbonyl compound and a ylide suggests Wittig disconnections.

• Convergent synthesisRelated: It identifies bonds whose disconnection can divide the target into independently prepared fragments.

• Elias James CoreyRelated: Corey developed this systematic way to plan organic syntheses backward from their targets.

• Kurt AlderRelated: Recognizing a six-membered ring as a Diels–Alder product can suggest a strategic disconnection.

• Arrow pushingRelated: Recognizing familiar electron-pair rearrangements helps identify useful disconnections.

• CheminformaticsRelated: Computational reaction and structure data can help propose synthetic routes.

• Divergent synthesisRelated: Retrosynthetic planning identifies branch points when several targets share a plausible intermediate.

• Karl Barry SharplessRelated: Sharpless’s reactions serve as selective transformations within broader retrosynthetic plans.

• One-pot synthesisRelated: Route planning must identify transformations compatible enough to combine without intermediate isolation.