The perylene chromophore with versatile substituents offers strong absorption in the visible region with high molar extinction coefficients. Moreover, they are capable of emitting light with high fluorescence quantum yields ...

Nowadays, inhibiting telomerase and consequent disruption of the telomeres via formation of small organic molecule based G-quadruplex DNA structures is extensively studied. The potential of curing cancer cells (preventing ...

Perylene chromophore has an outstanding aromatic conjugation. The functionalization at the bay and imide positions brings great advantages. Specifically, functionalization at the bay region via long alkyl chain improves ...

Versatile substituents of perylene chrmophores creates higher absorptions in visible region of absorption spectrum and also exhibits higher coefficients of molar extinction. Furthermore, they have the ability to emit light ...

Functionalization of perylene chromophore to result in a wide variety of perylene derivatives is a renowned strategy. Functionalization can be achieved by the substitution of corresponding groups at bay and imide positions ...