This review details the progress made in our laboratory in Dublin within the area of
supramolecular lanthanide chemistry; where the main objective has been to develop …

Rare earth (RE) elements are prime constituents in a large amount of innovative materials
and several technological advances would not be possible without their contribution. In this …

The first Eu3+ chelate-based luminescent probe specific for nitric oxide (NO) has been
designed and synthesized for highly sensitive and selective time-gated luminescence …

The development of novel chiral amphiphilic self-assembled complexes 13Eu and 23Eu by
using Europium (III) directed synthesis is described. These systems form stable Langmuir …

The luminescent dimeric ternary lanthanide–cyclen complexes (2-(Ln. 1) 2; Ln= Tb/Eu) were
designed and both their self-assembly formation and their ability to detect anions via …

The design, synthesis and photophysical evaluation of 1. Tb. Na, a Tb (III)-cyclen-based
sensor, possessing a phenyl iminodiacetate-based receptor, for the selective detection of Cu …

A new hybrid material consisting of ferrocene and layered carbon (LC: graphene oxide (GO)
or reduced graphene oxide (RGO)) was prepared through a facile intercalation approach …

Signaling pathways based on protein phosphorylation and dephosphorylation play critical
roles in the orchestration of complex biochemical events and form the core of most signaling …

The reaction between the asymmetrical pyridyl ligands 3 (R) and 4 (S) and Eu (III) in CH3CN
give rise to the formation of lanthanide luminescent 'half-helicates' in 1: 3 (Ln: ligand) …

The luminescence of a designed peptide equipped with a coordinatively-unsaturated
lanthanide complex is modulated by the phosphorylation state of a serine residue in the …