Project

Link4Lectin is a four-year project that aims to exploit the unique properties of mechanically interlocked molecules (MIMs like [n]catenanes and [n]rotaxanes) to create modular hybrid compounds with potential for antimicrobial activity, by bringing together lectin-targeting and active metal complexes.


Personnel and Partners

This Starting Laureate Award was awarded to Dr Joseph Byrne in 2022. PhD students Thomas Rabbitte and Sophie Kavanagh are developing new molecules as part of this project at University College Dublin


Funding

This project is supported by the Irish Research Council as part of the Laureate Awards 2022.


Outputs

This work has also been presented at ICI Congress


Related News:

New Dalton article on Eu(III) coordination and interlocked molecules

Joe has published a new article in Dalton Transactions about “Europium-directed self-assembly of allyl bis(triazolyl)pyridine (btp) ligands”. The article describes two allyl-appended btp ligands (including a mannose-derivative). Both form luminescent europium(III) complexes with quantum yields 5.4% and 1.9% and with reasonably high stabiltiy constants.

Joe speaks at Medicinal Chemistry Frontiers in Dublin

Joe delivered an oral presentation at the joint ACSMEDI-EFMC Medicinal Chemistry Frontiers conference (Trinity College Dublin) about luminescent glycoconjugate metals complexes and materials as well as some of their antiadhesive properties from lectin-targeting. The event, gathered around 400 researchers from academia and industry from the US, Europe and further afield. [click for more]

Welcome to Rosa, Finn and Hubert

The group now has 6 full-time researchers, with the arrival of postdoc Rosa and two new PhD students Finn and Hubert. [click for details]

New publication: Metallodrugs in OBC

In this article, we show how metal complexation can modulate biological activity of glycoconjugate ligands against pathogens. Well done to Karolina and our collaborators on this work [click image for more]