Hydrolysis of Lidocaine

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• Structure of lidocaine after Hydrolysis

  31647 Structure of lidocaine after Hydrolysis Draw the new structure of lidocaine with the two molecules produced and its new functional groups after hydrolysis. See the two jpg files attached.

• Chemistry - Functional Groups

  Putting this into practice for the case of lidocaine, we can now easily identify and distinguish between the amide and amine functional groups: We then have to draw the products for the complete hydrolysis of lidocaine.

• Lidocaine and Bonding to Receptors

  21441 Lidocaine and Bonding to Receptors Draw abbreviated structural formulae of the products of the complete hydrolysis of lidocaine, and identity the functional groups from the first diagram attached.

• Simple compound reacts with carboxylic acid to make lidocaine

  undergo in order to form lidocaine, and what is the other product of this reaction?

• Lidocaine Problem

  So, now the question is moving on to the mode of action of lidocaine and the way it actually makes you go numb.

• Balanced equations for the various steps in synthesizing lidocaine

  124934 Balanced equations for the various steps in synthesizing lidocaine The reduction of 1,3-dimethyl-2-nitrobenzene to 2,6-dimethylaniline involves two steps.

• Methylated lidocaine

  21552 Methylated lidocaine Lidocaine is thought to bind to receptors in its methylated form.

• Identify all the functional groups present in lidocaine.

  Identify and draw the structures of two simpler compounds, one of which should be a carboxylic acid, from which you could make lidocaine. What type of reaction would these two compounds undergo in order to form lidocaine?

• Hydrogen and Ionic Bonding

  21172 Hydrogen and Ionic Bonding Lidocaine (see attachment for diagram) is thought to bind to receptors in its methylated form above.