Litcius/Paper detail

Optimizing 2-furylated imidazole π-bridges for NIR lipid droplet imaging

Anamika Suresh, R. Ramasamy, Deepa kallumpurath, Rajadurai Vijay Solomon

2024Physical Chemistry Chemical Physics16 citationsDOI

Abstract

position is the most promising molecule, exhibiting the highest emission maxima (772.02 nm) with a lower HOMO-LUMO gap, suggesting its suitability for a range of biomedical applications. An enhancement of ∼200 nm is achieved through tailoring the molecular structure using the designed 2-furylated imidazole-derived π-bridge. ADMET and molecular docking analysis followed by molecular dynamics simulations with the human pyruvate kinase protein reveal these LDPs' bioavailability, binding ability and their stability towards their bio-imaging applications. In summary, our study offers valuable insights to aid researchers in developing and refining various π-linkers for lipid droplet bio-imaging applications.

Topics & Concepts

ImidazoleTime-dependent density functional theoryMolecular dynamicsNanotechnologyNear-infrared spectroscopyMaterials scienceOptical imagingChemistryChemical physicsDensity functional theoryComputational chemistryOpticsStereochemistryPhysicsClick Chemistry and ApplicationsOrganic Electronics and PhotovoltaicsSynthesis and Characterization of Pyrroles