Nucleophilic Attack
The following words, which describe actions, are triggers for the
reaction event Nucleophilic Attack:
- S(N)2 reaction
- acylation
- addition
- associative catalytic mechanism
- associative in-line transfer
- attack
- attacked
- attacking
- attacking nucleophilic
- attacks
- attacks nucleophilically
- catalyze in-line displacement
- catalyzed attack
- direct nucleophilic attack
- direct nucleophilic mechanism
- displaces
- dissociative
- dissociative mechanism
- highly concerted
- hydrolytic
- in-line attack
- in-line mechanism
- in-line nucleophilic attack
- mechanism direct attack
- near attack
- nucleophilic addition
- nucleophilic attack
- nucleophilic displacement mechanism
- ping-pong-bi-bi pathway
- react
- reaction nucleophilic addition
- substitution
- transglycosylation
The following words, which are “catalytic roles” for this reaction event, are also triggers:
- attacking nucleophile
- catalytic nucleophile
- enzymatic nucleophile
- exogenous nucleophiles
- nucleophile
- nucleophiles
- nucleophilic agents
- nucleophilic catalyst
- nucleophilic nature
- nucleophilic participation
- nucleophilic role
The following words, which are “characteristics” for this reaction event, are also triggers:
- nucleophilic
- nucleophilic properties
- nucleophilicity
Occasionally, the reactions are indicated by demonstrative/relative pronouns as in the Whole Reaction event.
The Agent for this reaction event tends to be Amino Acid, Other Compound, Cofactor or their Functional Group, although Enzyme, Entity Property, whose attribute is either Reaction State or Reactive Part, can also be the Agent.
The Theme for this reaction event tends to be Functional Group, although Other Compound, or Entity Property, whose attribute is either Reaction State or Reactive Part, can also be the Theme.
In a few cases, this reaction event involves Initial Point and End Point, which tend to be Other Compound or Functional Group.