Linked from

The 34 pages that link to Conjugation, each with the reason it gives.

• AromaticityNarrower topic: Continuous conjugation lets a ring’s π electrons delocalize around its circuit.

• Horizontal gene transferBroader topic: Conjugation moves plasmids between living cells, including across some species boundaries.

• PlasmidRelated: Conjugative plasmids encode machinery that can transfer plasmid DNA between bacteria.

• BacteriaRelated: It can spread genes, including antibiotic-resistance genes, between bacteria.

• Hückel's ruleNarrower topic: Continuous orbital overlap is one of the rule's required conditions.

• Normal subgroupRelated: Normality requires the subgroup to remain unchanged under every such operation.

• Orbit-stabilizer theoremRelated: This action produces conjugacy classes as orbits.

• HyperconjugationCompared with: It is the familiar pi-system counterpart to sigma-bond delocalization.

• Aromatic compoundNarrower topic: Aromaticity requires an uninterrupted pathway for π-electron delocalization.

• BacteriumRelated: It allows some traits to spread without cell division.

• Organic semiconductorBroader topic: Conjugated bonds create the electronic states that allow organic materials to conduct.

• VerbRelated: Conjugation organizes the forms a verb takes across grammatical categories.

• Finite simple groupRelated: A subgroup is normal precisely when conjugation leaves it unchanged.

• Azo compoundRelated: Extended conjugation can shift light absorption into the visible range.

• SporulationCompared with: Conjugation exchanges DNA; sporulation develops a resistant cell form.

• Antibiotic eraBroader topic: Conjugation can move antibiotic-resistance genes between bacteria.

• Matthew MeselsonRelated: Recombination studies in bacteria helped explain how transferred genetic material can be incorporated.

• CentralizerRelated: Commuting with x is equivalent to leaving x fixed under conjugation.

• Prokaryotic cellBroader topic: It is one route for moving genetic material between prokaryotic cells.

• TautomerRelated: Changes in conjugation can stabilize one tautomer relative to another.

• BenzophenoneRelated: Conjugation between the rings and carbonyl influences benzophenone’s absorption and excited states.

• DeclensionCompared with: Conjugation inflects verbs, whereas declension typically applies to nominals.

• TransformationCompared with: Unlike transformation, conjugation transfers DNA directly from a donor cell.

• BacteroidesRelated: Conjugative elements help spread antibiotic-resistance genes among gut Bacteroides.

• BiphenylRelated: Twisting the rings changes how strongly their π electrons can interact across the connecting bond.

• François JacobRelated: Jacob studied conjugation with Wollman, using it to map genes and examine bacterial heredity.

• Joshua LederbergBroader topic: Lederberg and Tatum’s work established conjugation as a route for bacterial genetic recombination.

• AcetylacetoneRelated: Conjugation stabilizes acetylacetone’s enol form and its metal-bound enolate.

• Esther LederbergRelated: Lederberg’s early research helped establish that bacteria can exchange genetic material.

• Skolem–Noether theoremRelated: Inner automorphisms and conjugate embeddings are defined through this operation.

• Andrews–Curtis conjectureRelated: Conjugating relators is one of the moves allowed by the conjecture.

• DesmidialesRelated: Many desmids reproduce sexually by conjugation, forming a resistant zygospore.

• Microbiological phenomenaBroader topic: It is a well-characterized case of genetic exchange between living microbial cells.

• PilusRelated: Conjugative pili help initiate the cell-to-cell contact that enables transfer.