The project is focused on the synthesis of novel polyfunctional chiral compounds starting from isohexides and on their use as chiral selectors, in molecular recognition processes and as new light-emitting materials. The central idea of the project is to develop new libraries of chiral selectors and light-emitting molecules starting from polyfunctional molecules, such as isomannide and isosorbide, two sugar derived molecules obtained from the chiral pool, and using cheap reactives, simple reactions and avoiding long purfications.

Exploiting chirality of isohexide scaffolds: synthesis, characterization and applications of new biobased chiral materials from isomannide and isosorbide

ZULLO, VALERIO
2022

Abstract

The project is focused on the synthesis of novel polyfunctional chiral compounds starting from isohexides and on their use as chiral selectors, in molecular recognition processes and as new light-emitting materials. The central idea of the project is to develop new libraries of chiral selectors and light-emitting molecules starting from polyfunctional molecules, such as isomannide and isosorbide, two sugar derived molecules obtained from the chiral pool, and using cheap reactives, simple reactions and avoiding long purfications.
26-apr-2022
Italiano
circular dichroism
CPL
CSA
electrochemistry
enantiodiscrimination
ionic liquid
NMR
sugar
Iuliano, Anna
Guazzelli, Lorenzo
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14242/216355
Il codice NBN di questa tesi è URN:NBN:IT:UNIPI-216355