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{{Antiarrhythmic agents}} [[Category:Inotropic agents]]

* Intermediate dosages from 5 to 10 μg/kg/min additionally have a positive [[inotropic]] and [[chronotropic]] effect through increased [[Beta-1 adrenergic recepto [[Category:Inotropic agents]]

...t increase or decrease in peripheral resistance can balance the positive [[inotropic]] and [[chronotropic]] effects of adrenaline on the heart, effects which re {{Adrenergic and dopaminergic agents}}

...lasmic reticulum]]. The increased intracellular calcium gives a positive [[inotropic]] effect. [[Category:Antiarrhythmic agents]]

...hnoid]] [[anesthetics]]. It also has the advantage of not being [[inotrope|inotropic]] or [[chronotropic]], and so it strictly elevates the blood pressure witho {{Adrenergic and dopaminergic agents}}

...weaken the force of [[muscle|muscular]] contractions. Positively inotropic agents increase the strength of muscular contraction. ...example, enlarged heart muscle ([[ventricular hypertrophy]]) can increase inotropic state, while dead heart muscle ([[myocardial infarction]]) can decrease it.

...xample, [[parasympathetic]] stimulation is usually negatively dromotropic, inotropic, and chronotropic. ...cardiac tissues thereby having a negatively dromotropic, chronotropic and inotropic effect<ref>[http://etg.hcn.net.au/ eTG complete<!-- Bot generated title -->

...introduction of [[digitalis]], though it turns out that digitalis has an [[inotropic]] effect rather than a chronotropic effect. [[Category:Antiarrhythmic agents]]