Paper chromatographic systems for 5- and 6-substituted fluoresceins

Fluorescent Protein Conjugates

“…Let the observer be on the x-axis. The emission anisotropy, r (instead of the polarization), is a convenient parameter(185) in the Jablonski-Wahl theory: [43] The quantItIes E are rates of energy emission through an entire closed surface, e.g., a sphere, surrounding a given sample under a given intensity of illumination; the subscripts indicate the direction of the electric vector in the emission. The total rate of energy emission, E, is just the sum of Ex + Ey + E z.…”

Chromatography

“…1522, 1523, 1945, 1953, 2264) and TLC (80,253,305,342,389,541,558,600,742,887,1279,1557,1644,7664,7726,1797,2031) are now in use. Specifically, PC was applied to: vat dyes (986,1953), naphthols (595,987,1531), acid dyes (994), basic dyes (989), chrome complex dyes (990), indigosols (1104, 2137), azo dyes (670,992,993,995,1532), sulfonic acids (361,403,1126,1397), triphenylmethanes (345,1718), carbocyanines (428), thiazines (1535), and ball-point inks (1877). TLC was applied to: acidic and basic dyes (1181), azo dyes (568,1585), reactive dyes (1533), xanthene stains (1990), bromsulphalein metabolites (1650,2241,2244), and Amido Black 10B (...…”