Dequalinium acetate

Codeine Hydrochloride Dequalinium Acetate Fluorometholone Hexamethonium Bromide Riboflavine Stilbazium Iodide Mianserin Hydrochloride Tacrine Hydrochloride Diclofenac Sodium Vinblastine Sulphate Cyclizine Hydrochloride Amiloride Hydrochloride Protoveratrine B Meclofenamate Sodium 5-Methyltryptamine Hydrochloride Dicoumarol Mebendazole Pipradrol Hydrochloride Carbenoxolone Flucytosine Phanquone Phenytoin... 

Depo-Estradiol Cypionate, 831 Depo-Medrone, 772 Depo-Provera, 726 Depostat, 637 Deprenaline, 968 Deprenil, 968 Deprenyl, 968 Deprex, 346, 529 Deprol, 375, 733 Depronal, 522 Depronal SA, 522 Deptropine, 514 Deptropine citrate, 514 Dequadin, 514 Dequalinium acetate, 515 Dequalinium chloride, 514 Dequavagyn, 514 Derbac, 429, 717 Derivative formation, in gas chromatography, 188 in high pressure liquid chro matography, 210 Derivative spectrophotometry, 230 Dermalar, 625 Dermo 6, 949... 

The association characteristics of antibacterial agents, dequalinium acetate (VII) and chlorhexidine acetate (VIII) are of interest since these compounds have structures resembling those of the bolaform electrolytes, that is, they are symmetrical molecules with two charge centres separated at a relatively large distance. 

Dequalinium acetate forms micelles with an aggregation number of 16, at a critical concentration of 4 x 10 moll [61]. The association of chlorhexidine salts has been examined by several workers with conflicting results. Heard and Ashworth [62] reported evidence from a variety of techniques for the association of both acetate and gluconate salts of this compound. Perrin and Witzke [63] determined a CMC for chlorhexidine gluconate from measurements of optical rotary dispersion techniques. Later workers [61] were, however, unable to detect any significant association of chlorhexidine acetate. 

Atropine Dequalinium chloride Desoxycorticosterone acetate tetraacetate Fluocinolone acetonide... 

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