H2‐Antihistaminika, 15. Mitt.1) 1,n‐Bis(2‐imidazolyl)alkaneH 2 -Antihistaminics, XV: 1,n-Bis(2-imidazolyl)alkanes 1,n-Bis(2-imidazolyl)alkanes with histamine H 2 -functional side-chains at C-4 of the imidazole rings were prepared and tested for H 2 -antihistaminic activity....
In studies on H2-antihistaminics, guanidinothiazoles were prepared and tested for their H2-antihistaminic activity on the isolated guinea-pig atrium. Whereas the N,N'-disubstituted cyanoguanidines 3 and 5 possess stronger H2-activity than tiotidine, the 5-substituted 4-pyrimidinones 7a, b pro...
H2‐Antihistaminika, 28. Mitt. Synthese und H2‐antagonistische Wirkung 3‐(3‐piperidinomethyl‐phenoxy)propyl‐substituierter Kohlensäurederivate und AnalogeEcology and evolution of digestive symbioses in termitesConference paperH 2 -Antihistaminics, XXVIII: Syntheses and H 2 -Antagonistic ...
Identifizierung und Unterscheidung von H2-Antihistaminika und Thioharnstoffderivaten durch Farbreaktionen mit Kupfer(II)-Salzen in stark saurer L枚sung [ Identification and differentiation of H2-antihistamines and thiourea derivatives by colour reaction with Copper(II)-salts in acidic solutions ]...
Als potentielle H 2 -Antihistaminika wurden die Ethylendiaminderivate 8,9 und 13 dargestellt und auf ihre H 2 -antihistaminische Wirksamkeit untersucht. Translated H 2 -Antihistaminics, VIII: Synthesis of Potential H 2 -Antihistaminics with Ethylenediamine Structure As potential H 2 -an...
AntihistaminikaOur clinical and experimental studies have so far demonstrated, that the drugs used in anaesthesia; such as hypnotics, sedatives, narcotics or muscle relaxants, release histamine. The intravenous short acting anaesthetic etomidat has not shown either in experimental studies or in ...
H2‐Antihistaminika, 32. Mitt. Synthese und H2‐antagonistische Wirkung von N‐[3‐(3‐Piperidino‐methyl‐phenoxy)propyl]‐1.3.4‐oxadiazol‐2‐aminenH 2 -Antihistaminics, XXXII: Synthesis and H 2 -Antagonistic Activity of N-[3-(3-(Piperidinomethyl)phenoxy)propyl]- 1.3.4-oxadiazol-2-...