Phosphorescent cyclometalated platinum complexes are highly attractive compounds for a
variety of applications, including organic‐light emitting diodes (OLEDs), chemical and …

Phosphorescence signaling provides a valuable alternative to conventional bioimaging
based on fluorescence. The benefits of using phosphorescent molecules include improved …

This article summarises the state of the art of metal complexes in cell imaging, particularly
fluorescence microscopy, and presents prospects for the future development of this area …

Photochemistry: A series of emissive gold (III) complexes with fluorene‐containing
cyclometalating ligands exhibits strong phosphorescence and long‐lived excited states with …

Phosphorescent Ir (III) complexes have attracted abundant attention in biomedical research
due to their wide ranging properties and organelle specific intracellular imaging. Various …

Platinum (II) binuclear complexes containing two platinum centers bridged by different types
of ligands have received great research attention for their unique properties and potential …

Octahedral d6 low-spin Re (I) tricarbonyl complexes are of considerable interest as
noninvasive imaging probes and have been deeply studied owing to their biological …

Biophotonics is a convergent field which integrates biological physics, neurosciences,
optical physics, and nanoscience for optical diagnostics, bioimaging and light activated …

Biothiols, such as cysteine (Cys) and homocysteine (Hcy), play very crucial roles in
biological systems. Abnormal levels of these biothiols are often associated with many types …

A series of luminescent monometallic fac-[Re (bipy)(CO) 3 (L)]+ and heterometallic fac-[Re
(bipy)(CO) 3 (L-AuPPh3)]+ complexes, where L is an imidazole, alkynyl-imidazole or alkynyl …