2007Letters in Organic ChemistryRequires access

Specificity in Crystal Engineering: Polymerisation and Dimerisation Motif Design in Pyridine System

Shyamaprosad Goswami, Swapan Dey, Subrata Jana

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Abstract

2-Amino-6-hydroxymethylpyridine (1) and 2-pivaloylamino-6-hydroxymethylpyridine (2) are important hydrogen bonding synthons as they are the very useful substrates which can be used for the synthesis of designed receptors in the field of molecular recognition [1] and supramolecular chemistry [2]. Here we report the compounds 1 and 2 as simple designers to create polymeric supramolecular three-dimensional assembly and self-complementary dimer respectively in solid-state crystal engineering. Keywords: Hydrogen bonding synthons, supramolecular assembly, dimerisation and polymerization

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2-Amino-6-hydroxymethylpyridine (1) and 2-pivaloylamino-6-hydroxymethylpyridine (2) are important hydrogen bonding synthons as they are the very useful substrates which can be used for the synthesis of designed receptors in the field of molecular recognition [1] and supramolecular chemistry [2]. Here we report the compounds 1 and 2 as simple designers to create polymeric supramolecular three-dimensional assembly and self-complementary dimer respectively in solid-state crystal engineering. Keywords: Hydrogen bonding synthons, supramolecular assembly, dimerisation and polymerization

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Available abstract

2-Amino-6-hydroxymethylpyridine (1) and 2-pivaloylamino-6-hydroxymethylpyridine (2) are important hydrogen bonding synthons as they are the very useful substrates which can be used for the synthesis of designed receptors in the field of molecular recognition [1] and supramolecular chemistry [2]. Here we report the compounds 1 and 2 as simple designers to create polymeric supramolecular three-dimensional assembly and self-complementary dimer respectively in solid-state crystal engineering. Keywords: Hydrogen bonding synthons, supramolecular assembly, dimerisation and polymerization

Key concepts: Synthon, Supramolecular chemistry, Crystal engineering, Chemistry, Dimer, Hydrogen bond, Pyridine, Polymerization

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