Synthesis of new perylene derivatives and investigation of imaging agent potentials

Perylene ring and its derivatives are important molecules in terms of fluorescence radiation ability. Because of this feature has aroused interest in many fields of science. Methods for obtaining derivatives containing perylene rings are highly regarded. In this thesis, fluorescence irradiation of perylene compounds were tested. It was aimed to reach important application areas due to the change of functional groups on the perylene molecule having a five-ring aromatic system. The perylene ring is a ring which yields high efficiency emission at a wavelength of about 450 nm. By linking different groups to this molecule, studies were carried out to shift the emulsion to the red zone. Some studies; nitration, acylation, carbonylation, acetyl group insertion methods. Emission changes in these synthesized molecules indicate that the groups attached to the perylene ring have an important place in the emulation. In this study, the structures of derivatives synthesized from perylene molecule were characterized by spectroscopic methods such as 1H, 13C NMR, COZY and LC-MS.