[PAF-antagonists with phospholipid structure. 4. Alkylcarbamoylphospholipids with heteroarene and heterocyclase head groups and variation of the P-N-distance; synthesis, characterization and structure-activity relationship].
Copyright policy )[PAF-antagonists with phospholipid structure. 4. Alkylcarbamoylphospholipids with heteroarene and heterocyclase head groups and variation of the P-N-distance; synthesis, characterization and structure-activity relationship].
A series of 11 PAF-analogues, structurally modified in position 1 (alkylcarbamoyloxy), position 2 (n-propyl), and position 3 (polar head group) were synthesized, and the inhibitory potencies on human blood platelets in vitro was evaluated. Investigations of structure-activity relationships revealed, that the PAF antagonist activity is strongly influenced by the chain length of the alkylcarbamoyl residue and the structure of the polar head group. Derivatives with pentadecyl and octadecylcarbamoyl structure emerged effective inhibitors. The best activity was observed by dimethylaminopyridinium, analogues with a P-N distance of 3 or 4 methylene groups and pentadecyl or octadecylcarbamoyl structure (IC50 = 1.0-1.6 mumol/l).
- Leipzig University Germany
Blood Platelets, Structure-Activity Relationship, Platelet Aggregation, Molecular Conformation, Humans, Carbamates, In Vitro Techniques, Platelet Activating Factor, Phospholipids, Platelet Aggregation Inhibitors
Blood Platelets, Structure-Activity Relationship, Platelet Aggregation, Molecular Conformation, Humans, Carbamates, In Vitro Techniques, Platelet Activating Factor, Phospholipids, Platelet Aggregation Inhibitors
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