(2-Chloropyridin-3-yl)methanol

(2-Chloropyridin-3-yl)methanol is a bifunctional pyridine building block combining an aromatic chlorine with a primary alcohol. The alcohol supports oxidation or conversion into a side-chain leaving group, while the activated chloropyridine position can participate in nucleophilic substitution. These functions allow the ring substituent and the one-carbon side chain to be elaborated separately.

The selected material is the hydroxymethyl compound rather than the corresponding aldehyde or chloromethyl derivative. Its primary alcohol provides access to both oxidation-state changes and side-chain substitution chemistry. The pyridine nitrogen also changes the electronic character of the aromatic ring compared with a chlorobenzyl alcohol. This arrangement supports construction of substituted pyridines in which the two neighboring positions perform different synthetic roles.

Typical Applications

• Pyridylmethyl amine intermediates: Used in routes that activate the hydroxymethyl group and replace it with a nitrogen nucleophile, generating aminomethyl-substituted pyridines while retaining the ring chlorine for later conversion.
• Chloropyridine carbaldehyde preparation: Used as an alcohol precursor for oxidation to a formylpyridine, introducing a carbonyl handle for condensation or reductive-amination steps in downstream synthesis.

Specifications

Specifications describe the standard grade. Tolerance, test method and documentation package are confirmed per order.