5-HT 1A Receptor
COMT
Flopropione在低于其T (g)温度下表现出无Lorentzian舒张。Flopropione在低于其T (g)温度下比Nifedipine具有更高的分子流动性。 Flopropione在整个温度范围表现出Arrhenius温度依赖性,推断高于T (g)时通过介电弛豫测量的tau(β)与低于T (g)时通过TAM/MDSC测量的tau(β)相一致。
The effect of Flopropione as an antispasmodic agent on the rate of passing a calculus from the urinary tract has been compared retrospectively with patients in whom passage was spontaneous. Flopropine has been shown, with statistical significance, to be superior to the control in cumulative passage rate after initiation of administration. Flopropine has been shown to exert a spasmolytic effect not only on smooth muscle of the gastrointestinal tract but also on smooth muscle of the pancreatobiliary and urinary systems.