Explore how ExPharm transforms experimental pharmacology through interactive virtual lab experiments
Assessment of the effects of various pharmacological agents on blood pressure and heart rate in dogs under controlled experimental conditions. The study highlights cardiovascular responses, autonomic regulation, and the mechanism of action of different drugs on hemodynamic parameters. It provides valuable insight into drug-induced changes in cardiac function and vascular tone.
Evaluation of histamine-induced contractions in isolated guinea pig ileum to establish a precise dose-response relationship. The experiment demonstrates receptor-mediated smooth muscle activity and helps in understanding pharmacological potency and tissue sensitivity to histamine. It is widely used in experimental pharmacology for quantifying drug effects on isolated tissues.
Study of the effects of different drugs on ciliary movement in the frog oesophagus to observe physiological changes. This experiment evaluates how pharmacological agents influence mucociliary activity and cellular motility in living tissue. It helps in understanding the role of drugs in modulating normal physiological transport mechanisms.
Investigation of the effects of various drugs on the isolated frog heart under experimental laboratory conditions. The study demonstrates alterations in heart rate, force of contraction, and overall cardiac rhythm in response to drug administration. It is a classical experiment in pharmacology used to understand cardiac physiology and drug action.
Analysis of the effects of drugs on ocular functions such as pupil size, light reflex, and other autonomic responses in rabbits. The experiment helps in studying the influence of pharmacological agents on sympathetic and parasympathetic control of the eye. It is useful for understanding drug actions on ocular physiology and autonomic nervous system regulation.