ChemInform Abstract: DIE ELEKTROCHEMISCHE OX. AROMATISCHER N‐OXIDE

Stuewe, A.; Weber-Schaefer, M.; Baumgaertel, H.

doi:10.1002/chin.197219165

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Biological-pharmaceutical Studies1

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1974

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“…Heterocyclic Compounds with Two or More Nitrogens. Detailed electrochemical data were reported for 6methoxy-l-phenazinol-5,10-dioxide as a function of pH (260), phenazine, 3-methyllumiflavine, and riboflavine (602), phenazine as a function of solvent and acidity (965) and for mono-and di-TV-oxides of phenazine, quinoxaline and benzo [6]phenazine (1048). The reduction pathway and effect of cations was described in a study of phenazine, riboflavin, and 3-methyllumiflavin (966).…”

Section: Biological-pharmaceutical Studiesmentioning

confidence: 99%

Organic polarography

Pietrzyk¹

1974

Anal. Chem.

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Chemical Titles, and readily available journals ending November 30, 1973. This period has seen a continued growth in the use of polarography and related electrochemical techniques to follow chemical reactions and to supplement other physical and spectral measurements for purposes of characterization. Interest in applications toward biochemical and pharmaceutical problems has also increased. There also appears to be renewed interest in utilizing polarographic and related electrochemical data to predict and follow organoelectrochemical synthesis.In this review the symbols cv, dc, ac, and op are used to identify cyclic voltammetry, direct current polarography, alternating current polarography, and oscillographic polarography, respectively. Also, no attempt was made to list all organic polarographic references.

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