Diphenidol

Mepenzolate bromide Pipenzolate bromide Pipoxolan HCI Benzoic anhydride Flavoxate HCI Benzonitrile Fentiazac Benzophenone Diphenidol Phenytoin 1,4-Benzoaquinone Dobesilate calcium Ethamsylate Megestrol acetate Benzotetronic acid... 

Yamacillin Taiempiciiiin Yamafur Carmofur Yatrociclina Methacycline Yatrocin Nitrofurazone Yesdol Diphenidol YIestrol Ethinylestradiol Yobir Alprenolol HCI Yocio Clofibrate Yomesan Niclosamide Yonomol Inositol niacinate Yophadoi Diphenidol Yosimilon Trimetazidine Youfural Tegafur Ytrocin Erythromycin Yubekinon - Ubidecarenone Yurinex Bumetanide Yutopar Ritodrine Yxin Tetrahydrozoline HCI... 

Six-membered azaheterocycles (i.e.,piperidino derivatives) show a metabolic pattern similar to that of pyrrolidine compounds. Thus, the antiemetic drug diphenidol (5.97, Fig. 5.26) and DN-9893 (5.73) are both metabolized to their co-amino acid and lactam derivatives [177]. In contrast, no lactam metabolite was detected for phencyclidine (5.98, Fig. 5.26), a potent analgesic also widely abused [190]. One may assume that, like for piromidic acid (5.91, Fig. 5.24), steric hindrance at the N-atom is unfavorable for the formation of lactam metabolites. 

Dimethothiazine, 374 Dimethoxanate, 390 Dimethylpyrindene, 145 Dimethylthiambutene, 106 Dimetridazole, 240 Dinoprost, 27, 33, 34 Dinoprostone, 27, 30, 33, 35 Dioscorea, see Mexican yam Diosgenin, 156, 182 Dioxyline, 349 Diphenhydramine, 41 Diphenidol, 45 Diphenoxylate, 302 Diphenylhydantoin, 246 Di phepanol, 46 Dipipanone, 80 Dipiproverin, 94 Dipyridamole, 428 Displacement, bromine by nitro, 247... 

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