Skisofreeniline

Skisofreeniline is a fictional organic compound used in speculative chemistry and science fiction contexts to illustrate discussions of polycyclic heteroaromatics.

In the described schematics, skisofreeniline features a central fused ring system combining isoindoline- and naphthyridine-like motifs, with an amine-bearing side chain extending from one position. The overall geometry is planar to moderately twisted, enabling π-π interactions in solid state.

The compound is described as neutral under physiological pH, with moderate lipophilicity and solubility in common organic solvents. It reportedly exhibits fluorescence under ultraviolet illumination and can form salts with mineral acids.

In hypothetical literature, synthetic routes involve condensation of a suitably substituted aniline derivative with a dicarbonyl precursor followed by cyclization. Reported yields are variable and depend on protecting-group strategies.

Potential applications proposed in fictional sources include use as a fluorescent probe for bioimaging, a component in organic semiconductor devices, or as a scaffold in lead-generation for drug discovery.

As a fictional molecule, skisofreeniline has no real-world safety data or regulatory status. In-universe, standard laboratory handling, including PPE and waste disposal for organic solvents, is advised, and any work should be conducted within an accredited facility.

Related heteroaromatic systems include isoindoline derivatives, phenanthrolines and other fused-ring amines.